MESSAGE: xsdir=xsdir68 TITLE: HFIR Model version 4.0 (HFV4.0+), BOC Conditions c 9.4kg U-235, 2.8 g B-10, 4 Al plugs c c Last updated June 2008; RB positions corrected to actual loading; c cell, surface, and material data modified to include c 19 axial layers in fuel elements instead of 7 c c __________________________________________________ c HFIR Model version 4.0 is based on cycle 400 data c c By: Ned Xoubi and Trent Primm c ___________________________________________________ c c c This new modified model reflects the changes in the HFIR core and is c also based on the older model HFIR-V.2 which was originally developed c by J.C. Gehin, L.A. Smith, J.A. Bucholz (ORNL). c c The MCNP model for the HFIR is divided into six regions (parts), c Region-1 is the flux trap target region FTT c Region-2 is the inner fuel element region IFE c Region-3 is the outer fuel element region OFE c Region-4 is the control element region c Region-5 is the removable reflector region c Region-6 is the Be permanent reflector region c Cell cards, surface cards, and parameter cards that effect the change in c each region are marked for each region. c c 150.00 $ upper model boundary c -150.00 $ lower model boundary c Axial midplane - 0.0 - is at the axial mid-line of the core c c c ----------------------------------------- c REGION 1 c c FLUX TRAP TARGET REGION (FTT) C ----------------------------------------- c c The Flux Trap Target Region has 31 Sites in interior of basket and c 6 Sites on periphery of basket. c Target region contains a typical experimental loading of curium targets, c experiment targets (aluminum + stainless steel),a hydraulic tube, and c an internal reflector (Be-pins). c Unused sites are defined as dummy targets, and are loaded with Aluminum c target (solid and shrouded). c c c -------------------- c Region 1 Cell Cards c -------------------- c c Target site A-2 (shrouded Al dummy) 410 512 4.82102E-02 -410 +427 -428 imp:n=1 $ Dummy Al target material 411 511 6.03240E-02 -411 +410 +427 -428 imp:n=1 $ Dummy Al target tube 412 25 6.02083E-02 #(-411 +427 -428) -412 +417 -419 imp:n=1 $ outer clad and upper & lower regions 413 25 6.02083E-02 +413 -414 +416 -418 imp:n=1 $ outer shroud 414 2 9.95227E-02 +412 -415 +417 -419 (-413:414:-416:418) imp:n=1 $ coolant c c Target site A-3 (shrouded Al dummy) 420 512 4.82102E-02 -420 +427 -428 imp:n=1 $ Dummy Al target material 421 511 6.03240E-02 -421 +420 +427 -428 imp:n=1 $ Dummy Al target tube 422 25 6.02083E-02 #(-421 +427 -428) -422 +417 -419 imp:n=1 $ outer clad and upper & lower regions 423 25 6.02083E-02 +423 -424 +416 -418 imp:n=1 $ outer shroud 424 2 9.95227E-02 +422 -425 +417 -419 (-423:424:-416:418) imp:n=1 $ coolant c c Target site B-1 (shrouded Al dummy) 430 512 4.82102E-02 -430 +427 -428 imp:n=1 $ Dummy Al target material 431 511 6.03240E-02 -431 +430 +427 -428 imp:n=1 $ Dummy Al target tube 432 25 6.02083E-02 #(-431 +427 -428) -432 +417 -419 imp:n=1 $ outer clad and upper & lower regions 433 25 6.02083E-02 +433 -434 +416 -418 imp:n=1 $ outer shroud 434 2 9.95227E-02 +432 -435 +417 -419 (-433:434:-416:418) imp:n=1 $ coolant c c Target site B-2 (shrouded Al dummy) 440 512 4.82102E-02 -440 +427 -428 imp:n=1 $ Dummy Al target material 441 511 6.03240E-02 -441 +440 +427 -428 imp:n=1 $ Dummy Al target tube 442 25 6.02083E-02 #(-441 +427 -428) -442 +417 -419 imp:n=1 $ outer clad and upper & lower regions 443 25 6.02083E-02 +443 -444 +416 -418 imp:n=1 $ outer shroud 444 2 9.95227E-02 +442 -445 +417 -419 (-443:444:-416:418) imp:n=1 $ coolant c c Target site B-3 (HT tube) 750 520 6.02423E-02 -450 +752 -751 imp:n=1 $ target material upper target 751 520 6.02423E-02 -450 +755 -754 imp:n=1 $ target material 752 520 6.02423E-02 -450 +758 -757 imp:n=1 $ target material 753 520 6.02423E-02 -450 +761 -760 imp:n=1 $ target material 754 520 6.02423E-02 -450 +764 -763 imp:n=1 $ target material centerline target 755 520 6.02423E-02 -450 +767 -766 imp:n=1 $ target material 756 520 6.02423E-02 -450 +770 -769 imp:n=1 $ target material 757 520 6.02423E-02 -450 +773 -772 imp:n=1 $ target material 758 520 6.02423E-02 -450 +776 -775 imp:n=1 $ target material lower target c 760 521 6.02423E-02 -451 +753 -750 (450:-752:751) imp:n=1 $ target tube upper target 761 521 6.02423E-02 -451 +756 -753 (450:-755:754) imp:n=1 $ target tube 762 521 6.02423E-02 -451 +759 -756 (450:-758:757) imp:n=1 $ target tube 763 521 6.02423E-02 -451 +762 -759 (450:-761:760) imp:n=1 $ target tube 764 521 6.02423E-02 -451 +765 -762 (450:-764:763) imp:n=1 $ target tube centerline target 765 521 6.02423E-02 -451 +768 -765 (450:-767:766) imp:n=1 $ target tube 766 521 6.02423E-02 -451 +771 -768 (450:-770:769) imp:n=1 $ target tube 767 521 6.02423E-02 -451 +774 -771 (450:-773:772) imp:n=1 $ target tube 768 521 6.02423E-02 -451 +777 -774 (450:-776:775) imp:n=1 $ target tube lower target c 452 60 2.00000E-15 -452 +451 +777 -750 imp:n=1 $ air space 453 25 6.02083E-02 -453 +452 +777 -750 imp:n=1 $ outer clad 454 2 9.95227E-02 -454 +453 +777 -750 imp:n=1 $ coolant c 455 25 6.02083E-02 -453 +417 -777 imp:n=1 $ Al block - below core 456 2 9.95227E-02 -454 +453 +417 -777 imp:n=1 $ coolant - below core c 446 60 2.00000E-15 -451 +750 -419 imp:n=1 $ target and tube - above targets (air) 447 60 2.00000E-15 -452 +451 +750 -419 imp:n=1 $ air space - above core 448 25 6.02083E-02 -453 +452 +750 -419 imp:n=1 $ outer clad - above core 449 2 9.95227E-02 -454 +453 +750 -419 imp:n=1 $ coolant - above core c c Target site B-4 (shrouded Al dummy) 460 512 4.82102E-02 -460 +427 -428 imp:n=1 $ Dummy Al target material 461 511 6.03240E-02 -461 +460 +427 -428 imp:n=1 $ Dummy Al target tube 462 25 6.02083E-02 #(-461 +427 -428) -462 +417 -419 imp:n=1 $ outer clad and upper & lower regions 463 25 6.02083E-02 +463 -464 +416 -418 imp:n=1 $ outer shroud 464 2 9.95227E-02 +462 -465 +417 -419 (-463:464:-416:418) imp:n=1 $ coolant c c Target site B-5 (shrouded Al dummy) 470 512 4.82102E-02 -470 +427 -428 imp:n=1 $ Dummy Al target material 471 511 6.03240E-02 -471 +470 +427 -428 imp:n=1 $ Dummy Al targe tube 472 25 6.02083E-02 #(-471 +427 -428) -472 +417 -419 imp:n=1 $ outer clad and upper & lower regions 473 25 6.02083E-02 +473 -474 +416 -418 imp:n=1 $ outer shroud 474 2 9.95227E-02 +472 -475 +417 -419 (-473:474:-416:418) imp:n=1 $ coolant c c Target site C-1 (shrouded Al dummy) 480 512 4.82102E-02 -480 +427 -428 imp:n=1 $ Dummy Al target material 481 511 6.03240E-02 -481 +480 +427 -428 imp:n=1 $ Dummy Al targe tube 482 25 6.02083E-02 #(-481 +427 -428) -482 +417 -419 imp:n=1 $ outer clad and upper & lower regions 483 25 6.02083E-02 +483 -484 +416 -418 imp:n=1 $ outer shroud 484 2 9.95227E-02 +482 -485 +417 -419 (-483:484:-416:418) imp:n=1 $ coolant c c Target site C-2 (solid Al dummy) 490 530 6.02423E-02 -492 +417 -419 imp:n=1 $ solid Al dummy outer clad and upper & lower regions 491 530 6.02423E-02 +492 -494 -418 +416 imp:n=1 $ solid Al dummy outer shroud 492 2 9.95227E-02 #491 +492 -495 +417 -419 imp:n=1 $ coolant c c Target site C-3 (shrouded Al dummy) 510 512 4.82102E-02 -510 +427 -428 imp:n=1 $ Dummy Al target material 511 511 6.03240E-02 -511 +510 +427 -428 imp:n=1 $ Dummy Al target tube 512 25 6.02083E-02 #(-511 +427 -428) -512 +417 -419 imp:n=1 $ outer clad and upper & lower regions 513 25 6.02083E-02 +513 -514 +416 -418 imp:n=1 $ outer shroud 514 2 9.95227E-02 +512 -515 +417 -419 (-513:514:-416:418) imp:n=1 $ coolant c c Target site C-4 (shrouded Al dummy) 520 512 4.82102E-02 -520 +427 -428 imp:n=1 $ Dummy Al target material 521 511 6.03240E-02 -521 +520 +427 -428 imp:n=1 $ Dummy Al target tube 522 25 6.02083E-02 #(-521 +427 -428) -522 +417 -419 imp:n=1 $ outer clad and upper & lower regions 523 25 6.02083E-02 +523 -524 +416 -418 imp:n=1 $ outer shroud 524 2 9.95227E-02 +522 -525 +417 -419 (-523:524:-416:418) imp:n=1 $ coolant c c Target site C-5 (solid Al dummy) 530 530 6.02423E-02 -532 +417 -419 imp:n=1 $ solid Al dummy outer clad and upper & lower regions 531 530 6.02423E-02 +532 -534 -418 +416 imp:n=1 $ solid Al dummy outer shroud 532 2 9.95227E-02 #531 +532 -535 +417 -419 imp:n=1 $ coolant c c c Target site C-6 JP-26 (solid SST-304) c Jp-26 & Jp-27 solid SSt targets in Al holders (dimensions communication w/ Randy Hobbs 8/9/2004) c 540 535 5.97E-02 -542 +427 -428 imp:n=1 $ sst targets in Al holder 542 25 6.02083E-02 #(-542 +427 -428) -542 +417 -419 imp:n=1 $ Holder upper & lower regions 543 25 6.02423E-02 +543 -544 -418 +416 imp:n=1 $ outer shroud Al 544 2 9.95227E-02 542 -543 +417 -419 imp:n=1 $ coolant 545 2 9.95227E-02 #543 543 -545 +417 -419 imp:n=1 $ coolant c c c Target site D-2 (shrouded Al dummy) 550 512 4.82102E-02 -550 +427 -428 imp:n=1 $ Al dummy target material 551 511 6.03240E-02 -551 +550 +427 -428 imp:n=1 $ Al dummy target tube 552 25 6.02083E-02 #(-551 +427 -428) -552 +417 -419 imp:n=1 $ outer clad and upper & lower regions 553 25 6.02083E-02 +553 -554 +416 -418 imp:n=1 $ outer shroud 554 2 9.95227E-02 +552 -555 +417 -419 (-553:554:-416:418) imp:n=1 $ coolant c c Target site D-3 (solid Al dummy) 560 530 6.02423E-02 -562 +417 -419 imp:n=1 $ outer clad and upper & lower regions 561 530 6.02423E-02 +562 -564 -418 +416 imp:n=1 $ outer shroud 562 2 9.95227E-02 #561 +562 -565 +417 -419 imp:n=1 $ coolant c c Target site D-4 (solid Al dummy) 570 530 6.02423E-02 -572 +820 -419 imp:n=1 $ outer clad and upper & lower regions 578 530 6.02423E-02 -572 +417 -821 imp:n=1 $ outer clad and upper & lower regions 579 530 6.02423E-02 -572 +821 -820 imp:n=1 $ sample cell for flux tallies at midplane 571 530 6.02423E-02 +572 -574 -418 +416 imp:n=1 $ outer shroud 572 2 9.95227E-02 #571 +572 -575 +417 -419 imp:n=1 $ coolant c c Target site D-5 (shrouded Al dummy) 580 512 4.82102E-02 -580 +427 -428 imp:n=1 $ Al dummy target material 581 511 6.03240E-02 -581 +580 +427 -428 imp:n=1 $ Al dummy target tube 582 25 6.02083E-02 #(-581 +427 -428) -582 +417 -419 imp:n=1 $ outer clad and upper & lower regions 583 25 6.02083E-02 +583 -584 +416 -418 imp:n=1 $ outer shroud 584 2 9.95227E-02 +582 -585 +417 -419 (-583:584:-416:418) imp:n=1 $ coolant c c Target site D-6 (shrouded Al dummy) 590 512 4.82102E-02 -590 +427 -428 imp:n=1 $ Al dummy target material 591 511 6.03240E-02 -591 +590 +427 -428 imp:n=1 $ Al dummy target tube 592 25 6.02083E-02 #(-591 +427 -428) -592 +417 -419 imp:n=1 $ outer clad and upper & lower regions 593 25 6.02083E-02 +593 -594 +416 -418 imp:n=1 $ outer shroud 594 2 9.95227E-02 +592 -595 +417 -419 (-593:594:-416:418) imp:n=1 $ coolant c c Target site E-2 (JP-27 SST-304 targets) c Jp-26 & Jp-27 solid SSt targets in Al holders (dimensions communication w/ Randy Hobbs 8/9/2004) c 610 535 5.97E-02 -612 +427 -428 imp:n=1 $ sst targets in Al holder 612 25 6.02083E-02 #(-612 +427 -428) -612 +417 -419 imp:n=1 $ Holder upper & lower regions 613 25 6.02423E-02 +613 -614 -418 +416 imp:n=1 $ outer shroud Al 614 2 9.95227E-02 612 -613 +417 -419 imp:n=1 $ coolant 615 2 9.95227E-02 #613 613 -615 +417 -419 imp:n=1 $ coolant c c Target site E-3 (shrouded Al dummy) 620 512 4.82102E-02 -620 +427 -428 imp:n=1 $ Al dummy target material 621 511 6.03240E-02 -621 +620 +427 -428 imp:n=1 $ Al dummy target tube 622 25 6.02083E-02 #(-621 +427 -428) -622 +417 -419 imp:n=1 $ outer clad and upper & lower regions 623 25 6.02083E-02 +623 -624 +416 -418 imp:n=1 $ outer shroud 624 2 9.95227E-02 +622 -625 +417 -419 (-623:624:-416:418) imp:n=1 $ coolant c c Target site E-4 (shrouded Al dummy) 630 512 4.82102E-02 -630 +427 -428 imp:n=1 $ Al dummy target material 631 511 6.03240E-02 -631 +630 +427 -428 imp:n=1 $ Al dummy target tube 632 25 6.02083E-02 #(-631 +427 -428) -632 +417 -419 imp:n=1 $ outer clad and upper & lower regions 633 25 6.02083E-02 +633 -634 +416 -418 imp:n=1 $ outer shroud 634 2 9.95227E-02 +632 -635 +417 -419 (-633:634:-416:418) imp:n=1 $ coolant c c Target site E-5 (solid Al dummy) 640 530 6.02423E-02 -642 +820 -419 imp:n=1 $ solid Al dummy outer clad and upper & lower regions 648 530 6.02423E-02 -642 +417 -821 imp:n=1 $ solid Al dummy outer clad and upper & lower regions 649 530 6.02423E-02 -642 +821 -820 imp:n=1 $ sampleing cell for flux tallies 641 530 6.02423E-02 +642 -644 -418 +416 imp:n=1 $ solid Al dummy outer shroud 642 2 9.95227E-02 #641 +642 -645 +417 -419 imp:n=1 $ coolant c c c Target site E-6 (solid Al dummy) 650 530 6.02423E-02 -652 +417 -419 imp:n=1 $ solid Al dummy outer clad and upper & lower regions 651 530 6.02423E-02 +652 -654 -418 +416 imp:n=1 $ solid Al dummy outer shroud 652 2 9.95227E-02 #651 +652 -655 +417 -419 imp:n=1 $ coolant c c Target site E-7 (shrouded Al dummy) 660 512 4.82102E-02 -660 +427 -428 imp:n=1 $ Al dummy target material 661 511 6.03240E-02 -661 +660 +427 -428 imp:n=1 $ Al dummy target tube 662 25 6.02083E-02 #(-661 +427 -428) -662 +417 -419 imp:n=1 $ outer clad and upper & lower regions 663 25 6.02083E-02 +663 -664 +416 -418 imp:n=1 $ outer shroud 664 2 9.95227E-02 +662 -665 +417 -419 (-663:664:-416:418) imp:n=1 $ coolant c c Target site F-3 (shrouded Al dummy) 670 512 4.82102E-02 -670 +427 -428 imp:n=1 $ Al dummy target material 671 511 6.02423E-02 -671 +670 +427 -428 imp:n=1 $ Al dummy target tube 672 25 6.02083E-02 #(-671 +427 -428) -672 +417 -419 imp:n=1 $ outer clad and upper & lower regions 673 25 6.02083E-02 +673 -674 +416 -418 imp:n=1 $ outer shroud 674 2 9.95227E-02 +672 -675 +417 -419 (-673:674:-416:418) imp:n=1 $ coolant c c Target site F-4 ((shrouded Al dummy) 680 512 4.82102E-02 -680 +427 -428 imp:n=1 $ Al dummy target material 681 511 6.02423E-02 -681 +680 +427 -428 imp:n=1 $ Al dummy target tube 682 25 6.02083E-02 #(-681 +427 -428) -682 +417 -419 imp:n=1 $ outer clad and upper & lower regions 683 25 6.02083E-02 +683 -684 +416 -418 imp:n=1 $ outer shroud 684 2 9.95227E-02 +682 -685 +417 -419 (-683:684:-416:418) imp:n=1 $ coolant c c Target site F-5 (solid Al dummy) 690 530 6.02423E-02 -692 +417 -419 imp:n=1 $ solid Al dummy outer clad and upper & lower regions 691 530 6.02423E-02 +692 -694 -418 +416 imp:n=1 $ solid Al dummy outer shroud 692 2 9.95227E-02 #691 +692 -695 +417 -419 imp:n=1 $ coolant c c Target site F-6 (shrouded Al dummy) 710 512 4.82102E-02 -710 +427 -821 imp:n=1 $ shrouded Al target material 718 512 4.82102E-02 -710 +820 -428 imp:n=1 $ shrouded Al target material 719 512 4.82102E-02 -710 +821 -820 imp:n=1 $ shrouded Al target material 711 511 6.03240E-02 -711 +710 +427 -428 imp:n=1 $ shrouded Al target tube 712 25 6.02083E-02 #(-711 +427 -428) -712 +417 -419 imp:n=1 $ outer clad and upper & lower regions 713 25 6.02083E-02 +713 -714 +416 -418 imp:n=1 $ outer shroud 714 2 9.95227E-02 +712 -715 +417 -419 (-713:714:-416:418) imp:n=1 $ coolant c c Target site F-7 (shrouded Al dummy) 720 512 4.82102E-02 -720 +427 -428 imp:n=1 $ shrouded Al target material 721 511 6.03240E-02 -721 +720 +427 -428 imp:n=1 $ shrouded Al target tube 722 25 6.02083E-02 #(-721 +427 -428) -722 +417 -419 imp:n=1 $ outer clad and upper & lower regions 723 25 6.02083E-02 +723 -724 +416 -418 imp:n=1 $ outer shroud 724 2 9.95227E-02 +722 -725 +417 -419 (-723:724:-416:418) imp:n=1 $ coolant c c Target site G-5 (shrouded Al dummy) 730 512 4.82102E-02 -730 +427 -428 imp:n=1 $ shrouded Al target material 731 511 6.03240E-02 -731 +730 +427 -428 imp:n=1 $ shrouded Al target tube 732 25 6.02083E-02 #(-731 +427 -428) -732 +417 -419 imp:n=1 $ outer clad and upper & lower regions 733 25 6.02083E-02 +733 -734 +416 -418 imp:n=1 $ outer shroud 734 2 9.95227E-02 +732 -735 +417 -419 (-733:734:-416:418) imp:n=1 $ coolant c c Target site G-6 (solid Al dummy) 740 512 4.82102E-02 -740 +427 -428 imp:n=1 $ target material 741 511 6.03240E-02 -741 +740 +427 -428 imp:n=1 $ target tube 742 25 6.02083E-02 #(-741 +427 -428) -742 +417 -419 imp:n=1 $ outer clad and upper & lower regions 743 25 6.02083E-02 +743 -744 +416 -418 imp:n=1 $ outer shroud 744 2 9.95227E-02 +742 -745 +417 -419 (-743:744:-416:418) imp:n=1 $ coolant c c c **** PTP Experimental Loading *** c c Target site PTP-1 (A-4) c 811 711 5.93745E-02 -920 +970 -971 imp:n=1 $ first target capsule (bottom) 812 712 4.47398E-02 -920 +971 -972 imp:n=1 $ second target capsule 813 713 3.38204E-02 -920 +972 -973 imp:n=1 $ third target capsule 814 714 3.36267E-02 -920 +973 -974 imp:n=1 $ fourth target capsule 815 715 2.32122E-02 -920 +974 -975 imp:n=1 $ fifth target capsule 816 716 3.50519E-02 -920 +975 -976 imp:n=1 $ sixth target capsule 817 717 6.4716E-03 -920 +976 -977 imp:n=1 $ seventh target capsule (top) c 920 25 6.02083E-02 -920 +977 -909 imp:n=1 $ clad upper region 921 25 6.02083E-02 -920 +908 -970 imp:n=1 $ clad lower region 922 25 6.02083E-02 +922 -923 +907 -909 imp:n=1 $ outer shroud 923 2 9.95227E-02 +920 -924 +908 -909 (-922:923:-907) imp:n=1 $ coolant 924 2 9.95227E-02 -924 +909 -419 imp:n=1 $ coolant (above) 925 2 9.95227E-02 -924 +417 -908 imp:n=1 $ coolant (below) c c Target site PTP-2 (D-1) c 821 721 5.65355E-02 -940 +970 -971 imp:n=1 $ first target capsule (bottom) 822 722 6.00000E-02 -940 +971 -972 imp:n=1 $ second target capsule 823 723 5.93745E-02 -940 +972 -973 imp:n=1 $ third target capsule 824 724 5.89491E-02 -940 +973 -974 imp:n=1 $ fourth target capsule 825 725 5.89252E-02 -940 +974 -975 imp:n=1 $ fifth target capsule 826 726 5.93745E-02 -940 +975 -976 imp:n=1 $ sixth target capsule 827 727 6.03159E-02 -940 +976 -977 imp:n=1 $ seventh target capsule (top) c 940 25 6.02083E-02 -940 +977 -909 imp:n=1 $ clad upper region 941 25 6.02083E-02 -940 +908 -970 imp:n=1 $ clad lower region 942 25 6.02083E-02 +942 -943 +907 -909 imp:n=1 $ outer shroud 943 2 9.95227E-02 +940 -944 +908 -909 (-942:943:-907) imp:n=1 $ coolant 944 2 9.95227E-02 -944 +909 -419 imp:n=1 $ coolant (above) 945 2 9.95227E-02 -944 +417 -908 imp:n=1 $ coolant (below) c c Target site PTP-3 (A-1) c 831 731 5.64033E-02 -930 +970 -971 imp:n=1 $ first target capsule (bottom) 832 732 6.0000E-02 -930 +971 -972 imp:n=1 $ second target capsule 833 733 5.93745E-02 -930 +972 -973 imp:n=1 $ third target capsule 834 734 2.59550E-02 -930 +973 -974 imp:n=1 $ fourth target capsule 835 735 2.32314E-02 -930 +974 -975 imp:n=1 $ fifth target capsule 836 736 5.93745E-02 -930 +975 -976 imp:n=1 $ sixth target capsule 837 737 5.98973E-02 -930 +976 -977 imp:n=1 $ seventh target capsule (top) c 930 25 6.02083E-02 -930 +977 -909 imp:n=1 $ clad upper region 931 25 6.02083E-02 -930 +908 -970 imp:n=1 $ clad lower region 932 25 6.02083E-02 +932 -933 +907 -909 imp:n=1 $ outer shroud 933 2 9.95227E-02 +930 -934 +908 -909 (-932:933:-907) imp:n=1 $ coolant 934 2 9.95227E-02 -934 +909 -419 imp:n=1 $ coolant (above) 935 2 9.95227E-02 -934 +417 -908 imp:n=1 $ coolant (below) c c Target site PTP-4 (D-7) c 841 741 8.16415E-02 -910 +970 -971 imp:n=1 $ first target capsule (bottom) 842 742 6.00000E-02 -910 +971 -972 imp:n=1 $ second target capsule 843 743 5.93745E-02 -910 +972 -973 imp:n=1 $ third target capsule 844 744 4.89927E-02 -910 +973 -974 imp:n=1 $ fourth target capsule 845 745 4.90794E-02 -910 +974 -975 imp:n=1 $ fifth target capsule 846 746 5.93745E-02 -910 +975 -976 imp:n=1 $ sixth target capsule 847 747 5.98063E-02 -910 +976 -977 imp:n=1 $ seventh target capsule (top) c 910 25 6.02083E-02 -910 +977 -909 imp:n=1 $ clad upper region 911 25 6.02083E-02 -910 +908 -970 imp:n=1 $ clad lower region 912 25 6.02083E-02 +912 -913 +907 -909 imp:n=1 $ outer shroud 913 2 9.95227E-02 +910 -914 +908 -909 (-912:913:-907) imp:n=1 $ coolant 914 2 9.95227E-02 -914 +909 -419 imp:n=1 $ coolant (above) 915 2 9.95227E-02 -914 +417 -908 imp:n=1 $ coolant (below) c c Target site PTP-5 (G-7) c 851 751 5.93745E-02 -900 +970 -971 imp:n=1 $ first target capsule (bottom) 852 752 6.0000E-02 -900 +971 -972 imp:n=1 $ second target capsule 853 753 6.00000E-02 -900 +972 -973 imp:n=1 $ third target capsule 854 754 7.00373E-02 -900 +973 -974 imp:n=1 $ fourth target capsule 855 755 7.00373E-02 -900 +974 -975 imp:n=1 $ fifth target capsule 856 756 5.93745E-02 -900 +975 -976 imp:n=1 $ sixth target capsule 857 757 6.00335E-02 -900 +976 -977 imp:n=1 $ seventh target capsule (top) c 900 25 6.02083E-02 -900 +977 -909 imp:n=1 $ clad upper region 901 25 6.02083E-02 -900 +908 -970 imp:n=1 $ clad lower region 902 25 6.02083E-02 +902 -903 +907 -909 imp:n=1 $ outer shroud 903 2 9.95227E-02 +900 -904 +908 -909 (-902:903:-907) imp:n=1 $ coolant 904 2 9.95227E-02 -904 +909 -419 imp:n=1 $ coolant (above) 905 2 9.95227E-02 -904 +417 -908 imp:n=1 $ coolant (below) c c Target site PTP-6 (G-4 Al dummy ) c 861 761 5.63347E-02 -950 +970 -971 imp:n=1 $ first target capsule (bottom) 862 762 4.49341E-02 -950 +971 -972 imp:n=1 $ second target capsule 863 763 3.98252E-02 -950 +972 -973 imp:n=1 $ third target capsule 864 764 8.80417E-02 -950 +973 -974 imp:n=1 $ fourth target capsule 865 765 8.80417E-02 -950 +974 -975 imp:n=1 $ fifth target capsule 866 766 5.93745E-02 -950 +975 -976 imp:n=1 $ sixth target capsule 867 767 6.02427E-02 -950 +976 -977 imp:n=1 $ seventh target capsule (top) c 950 25 6.02083E-02 -950 +977 -909 imp:n=1 $ clad upper region 951 25 6.02083E-02 -950 +908 -970 imp:n=1 $ clad lower region 952 25 6.02083E-02 +952 -953 +907 -909 imp:n=1 $ outer shroud 953 2 9.95227E-02 +950 -954 +908 -909 (-952:953:-907) imp:n=1 $ coolant 954 2 9.95227E-02 -954 +909 -419 imp:n=1 $ coolant (above) 955 2 9.95227E-02 -954 +417 -908 imp:n=1 $ coolant (below) c c **** Without Target (0.75 metal-to-water) c 800 91 8.26883E-02 -960 +908 -909 c 905 915 925 935 945 955 imp:n=1 $water inside target basket c 800 2 9.95227E-02 -960 +417 -419 +600 +601 575 585 595 645 655 665 695 715 725 745 905 915 imp:n=1 $water inside target basket Quad I 801 2 9.95227E-02 -960 +417 -419 -600 +601 575 585 595 525 535 545 454 465 475 425 925 915 imp:n=1 $water inside target basket Quad II 802 2 9.95227E-02 -960 +417 -419 -600 -601 575 565 555 515 495 485 454 445 435 415 935 945 imp:n=1 $water inside target basket Quad III 803 2 9.95227E-02 -960 +417 -419 +600 -601 575 565 555 635 625 615 695 685 675 735 945 955 imp:n=1 $water inside target basket Quad IV 804 25 6.02083E-02 +417 -419 (+960:-905:-915:-925:-935:-945:-955) (-961 904 914 924 934 944 954) imp:n=1 $target basket (can between outer clad of PTP's) 805 2 9.95227E-02 -1999 +417 -419 (+961 904 914 924 934 944 954) imp:n=1 $water outside target basket c c 1000 2 9.95227E-02 -1999 +427 -428 imp:n=1 $target area--active fuel region 1001 3 1.00053E-01 -1999 +419 -199 imp:n=1 $water above target area 1002 1 9.89921E-02 -1999 -417 +299 imp:n=1 $water below target area c c c ------------------------------------------ c Region II c c INNER FUEL ELEMENT REGION c ------------------------------------------ c c The inner fuel element (IFE) consists of 171 fuel plates arranged in an c involutes shape. Each plate contains 15.18g +-1% of U-235. c The IFE fueled area is modeled by homogenizing the uranium, aluminum and c water, in 8 radial fueled regions that reflect the different U-235 c concentrations in each fuel plate. The IFE is divided into 152 cells, c 8 radial fueled regions and 19 axial fueled layers c c ------------------ c IFE Cell Cards c ------------------ c 2000 20 6.02083E-02 +1999 +200 -100 -2000 imp:n=1 $IFE inner sidewall 2100 200 8.01309E-02 +2000 +200 -100 -2001 imp:n=1 $inner unfuelled region c c c Top - Axial Layer 1 (25.4 - 25.0 cm) 2101 211 8.008040000E-02 +2001 +150 -100 -2002 imp:n=1 $ IFE radial fuelled region 1 7.14 - 7.50 cm 2102 212 8.008390000E-02 +2002 +150 -100 -2003 imp:n=1 $ IFE radial fuelled region 2 7.50 - 8.00 cm 2103 213 8.008800000E-02 +2003 +150 -100 -2004 imp:n=1 $ IFE radial fuelled region 3 8.00 - 8.50 cm 2104 214 8.009370000E-02 +2004 +150 -100 -2005 imp:n=1 $ IFE radial fuelled region 4 8.50 - 9.50 cm 2105 215 8.009930000E-02 +2005 +150 -100 -2006 imp:n=1 $ IFE radial fuelled region 5 9.50 - 10.50 cm 2106 216 8.009980000E-02 +2006 +150 -100 -2007 imp:n=1 $ IFE radial fuelled region 6 10.50 - 11.50 cm 2107 217 8.009680000E-02 +2007 +150 -100 -2008 imp:n=1 $ IFE radial fuelled region 7 11.50 - 12.00 cm 2108 218 8.009330000E-02 +2008 +150 -100 -2009 imp:n=1 $ IFE radial fuelled region 8 12.00 - 12.60 cm c c Top - Axial Layer 2 (25.0 - 22.0 cm) 2111 221 8.008040000E-02 +2001 +151 -150 -2002 imp:n=1 $ IFE radial fuelled region 1 7.14 - 7.50 cm 2112 222 8.008390000E-02 +2002 +151 -150 -2003 imp:n=1 $ IFE radial fuelled region 2 7.50 - 8.00 cm 2113 223 8.008800000E-02 +2003 +151 -150 -2004 imp:n=1 $ IFE radial fuelled region 3 8.00 - 8.50 cm 2114 224 8.009370000E-02 +2004 +151 -150 -2005 imp:n=1 $ IFE radial fuelled region 4 8.50 - 9.50 cm 2115 225 8.009930000E-02 +2005 +151 -150 -2006 imp:n=1 $ IFE radial fuelled region 5 9.50 - 10.50 cm 2116 226 8.009980000E-02 +2006 +151 -150 -2007 imp:n=1 $ IFE radial fuelled region 6 10.50 - 11.50 cm 2117 227 8.009680000E-02 +2007 +151 -150 -2008 imp:n=1 $ IFE radial fuelled region 7 11.50 - 12.00 cm 2118 228 8.009330000E-02 +2008 +151 -150 -2009 imp:n=1 $ IFE radial fuelled region 8 12.00 - 12.60 cm c c Top - Axial Layer 3 (22.0 - 19.0 cm) 2121 231 8.008040000E-02 +2001 +153 -151 -2002 imp:n=1 $ IFE radial fuelled region 1 7.14 - 7.50 cm 2122 232 8.008390000E-02 +2002 +153 -151 -2003 imp:n=1 $ IFE radial fuelled region 2 7.50 - 8.00 cm 2123 233 8.008800000E-02 +2003 +153 -151 -2004 imp:n=1 $ IFE radial fuelled region 3 8.00 - 8.50 cm 2124 234 8.009370000E-02 +2004 +153 -151 -2005 imp:n=1 $ IFE radial fuelled region 4 8.50 - 9.50 cm 2125 235 8.009930000E-02 +2005 +153 -151 -2006 imp:n=1 $ IFE radial fuelled region 5 9.50 - 10.50 cm 2126 236 8.009980000E-02 +2006 +153 -151 -2007 imp:n=1 $ IFE radial fuelled region 6 10.50 - 11.50 cm 2127 237 8.009680000E-02 +2007 +153 -151 -2008 imp:n=1 $ IFE radial fuelled region 7 11.50 - 12.00 cm 2128 238 8.009330000E-02 +2008 +153 -151 -2009 imp:n=1 $ IFE radial fuelled region 8 12.00 - 12.60 cm c c Top - Axial Layer 4 (19.0 - 16.0 cm) 2131 241 8.008040000E-02 +2001 +154 -153 -2002 imp:n=1 $ IFE radial fuelled region 1 7.14 - 7.50 cm 2132 242 8.008390000E-02 +2002 +154 -153 -2003 imp:n=1 $ IFE radial fuelled region 2 7.50 - 8.00 cm 2133 243 8.008800000E-02 +2003 +154 -153 -2004 imp:n=1 $ IFE radial fuelled region 3 8.00 - 8.50 cm 2134 244 8.009370000E-02 +2004 +154 -153 -2005 imp:n=1 $ IFE radial fuelled region 4 8.50 - 9.50 cm 2135 245 8.009930000E-02 +2005 +154 -153 -2006 imp:n=1 $ IFE radial fuelled region 5 9.50 - 10.50 cm 2136 246 8.009980000E-02 +2006 +154 -153 -2007 imp:n=1 $ IFE radial fuelled region 6 10.50 - 11.50 cm 2137 247 8.009680000E-02 +2007 +154 -153 -2008 imp:n=1 $ IFE radial fuelled region 7 11.50 - 12.00 cm 2138 248 8.009330000E-02 +2008 +154 -153 -2009 imp:n=1 $ IFE radial fuelled region 8 12.00 - 12.60 cm c c Top - Axial Layer 5 (16.0 - 13.0 cm) 2141 251 8.008040000E-02 +2001 +155 -154 -2002 imp:n=1 $ IFE radial fuelled region 1 7.14 - 7.50 cm 2142 252 8.008390000E-02 +2002 +155 -154 -2003 imp:n=1 $ IFE radial fuelled region 2 7.50 - 8.00 cm 2143 253 8.008800000E-02 +2003 +155 -154 -2004 imp:n=1 $ IFE radial fuelled region 3 8.00 - 8.50 cm 2144 254 8.009370000E-02 +2004 +155 -154 -2005 imp:n=1 $ IFE radial fuelled region 4 8.50 - 9.50 cm 2145 255 8.009930000E-02 +2005 +155 -154 -2006 imp:n=1 $ IFE radial fuelled region 5 9.50 - 10.50 cm 2146 256 8.009980000E-02 +2006 +155 -154 -2007 imp:n=1 $ IFE radial fuelled region 6 10.50 - 11.50 cm 2147 257 8.009680000E-02 +2007 +155 -154 -2008 imp:n=1 $ IFE radial fuelled region 7 11.50 - 12.00 cm 2148 258 8.009330000E-02 +2008 +155 -154 -2009 imp:n=1 $ IFE radial fuelled region 8 12.00 - 12.60 cm c c Top - Axial Layer 6 (13.0 - 10.0 cm) 2151 261 8.008040000E-02 +2001 +156 -155 -2002 imp:n=1 $ IFE radial fuelled region 1 7.14 - 7.50 cm 2152 262 8.008390000E-02 +2002 +156 -155 -2003 imp:n=1 $ IFE radial fuelled region 2 7.50 - 8.00 cm 2153 263 8.008800000E-02 +2003 +156 -155 -2004 imp:n=1 $ IFE radial fuelled region 3 8.00 - 8.50 cm 2154 264 8.009370000E-02 +2004 +156 -155 -2005 imp:n=1 $ IFE radial fuelled region 4 8.50 - 9.50 cm 2155 265 8.009930000E-02 +2005 +156 -155 -2006 imp:n=1 $ IFE radial fuelled region 5 9.50 - 10.50 cm 2156 266 8.009980000E-02 +2006 +156 -155 -2007 imp:n=1 $ IFE radial fuelled region 6 10.50 - 11.50 cm 2157 267 8.009680000E-02 +2007 +156 -155 -2008 imp:n=1 $ IFE radial fuelled region 7 11.50 - 12.00 cm 2158 268 8.009330000E-02 +2008 +156 -155 -2009 imp:n=1 $ IFE radial fuelled region 8 12.00 - 12.60 cm c c Top - Axial Layer 7 (10.0 - 7.0 cm) 2161 271 8.008040000E-02 +2001 +157 -156 -2002 imp:n=1 $ IFE radial fuelled region 1 7.14 - 7.50 cm 2162 272 8.008390000E-02 +2002 +157 -156 -2003 imp:n=1 $ IFE radial fuelled region 2 7.50 - 8.00 cm 2163 273 8.008800000E-02 +2003 +157 -156 -2004 imp:n=1 $ IFE radial fuelled region 3 8.00 - 8.50 cm 2164 274 8.009370000E-02 +2004 +157 -156 -2005 imp:n=1 $ IFE radial fuelled region 4 8.50 - 9.50 cm 2165 275 8.009930000E-02 +2005 +157 -156 -2006 imp:n=1 $ IFE radial fuelled region 5 9.50 - 10.50 cm 2166 276 8.009980000E-02 +2006 +157 -156 -2007 imp:n=1 $ IFE radial fuelled region 6 10.50 - 11.50 cm 2167 277 8.009680000E-02 +2007 +157 -156 -2008 imp:n=1 $ IFE radial fuelled region 7 11.50 - 12.00 cm 2168 278 8.009330000E-02 +2008 +157 -156 -2009 imp:n=1 $ IFE radial fuelled region 8 12.00 - 12.60 cm c c Top - Axial Layer 8 (7.0 - 4.0 cm) 2171 281 8.008040000E-02 +2001 +158 -157 -2002 imp:n=1 $ IFE radial fuelled region 1 7.14 - 7.50 cm 2172 282 8.008390000E-02 +2002 +158 -157 -2003 imp:n=1 $ IFE radial fuelled region 2 7.50 - 8.00 cm 2173 283 8.008800000E-02 +2003 +158 -157 -2004 imp:n=1 $ IFE radial fuelled region 3 8.00 - 8.50 cm 2174 284 8.009370000E-02 +2004 +158 -157 -2005 imp:n=1 $ IFE radial fuelled region 4 8.50 - 9.50 cm 2175 285 8.009930000E-02 +2005 +158 -157 -2006 imp:n=1 $ IFE radial fuelled region 5 9.50 - 10.50 cm 2176 286 8.009980000E-02 +2006 +158 -157 -2007 imp:n=1 $ IFE radial fuelled region 6 10.50 - 11.50 cm 2177 287 8.009680000E-02 +2007 +158 -157 -2008 imp:n=1 $ IFE radial fuelled region 7 11.50 - 12.00 cm 2178 288 8.009330000E-02 +2008 +158 -157 -2009 imp:n=1 $ IFE radial fuelled region 8 12.00 - 12.60 cm c c Top - Axial Layer 9 (4.0 - 1.0 cm) 2181 291 8.008040000E-02 +2001 +159 -158 -2002 imp:n=1 $ IFE radial fuelled region 1 7.14 - 7.50 cm 2182 292 8.008390000E-02 +2002 +159 -158 -2003 imp:n=1 $ IFE radial fuelled region 2 7.50 - 8.00 cm 2183 293 8.008800000E-02 +2003 +159 -158 -2004 imp:n=1 $ IFE radial fuelled region 3 8.00 - 8.50 cm 2184 294 8.009370000E-02 +2004 +159 -158 -2005 imp:n=1 $ IFE radial fuelled region 4 8.50 - 9.50 cm 2185 295 8.009930000E-02 +2005 +159 -158 -2006 imp:n=1 $ IFE radial fuelled region 5 9.50 - 10.50 cm 2186 296 8.009980000E-02 +2006 +159 -158 -2007 imp:n=1 $ IFE radial fuelled region 6 10.50 - 11.50 cm 2187 297 8.009680000E-02 +2007 +159 -158 -2008 imp:n=1 $ IFE radial fuelled region 7 11.50 - 12.00 cm 2188 298 8.009330000E-02 +2008 +159 -158 -2009 imp:n=1 $ IFE radial fuelled region 8 12.00 - 12.60 cm c c Top - Axial Layer 10 (+1.0 - -1.0 cm) 2191 201 8.008040000E-02 +2001 +161 -159 -2002 imp:n=1 $ IFE radial fuelled region 1 7.14 - 7.50 cm 2192 202 8.008390000E-02 +2002 +161 -159 -2003 imp:n=1 $ IFE radial fuelled region 2 7.50 - 8.00 cm 2193 203 8.008800000E-02 +2003 +161 -159 -2004 imp:n=1 $ IFE radial fuelled region 3 8.00 - 8.50 cm 2194 204 8.009370000E-02 +2004 +161 -159 -2005 imp:n=1 $ IFE radial fuelled region 4 8.50 - 9.50 cm 2195 205 8.009930000E-02 +2005 +161 -159 -2006 imp:n=1 $ IFE radial fuelled region 5 9.50 - 10.50 cm 2196 206 8.009980000E-02 +2006 +161 -159 -2007 imp:n=1 $ IFE radial fuelled region 6 10.50 - 11.50 cm 2197 207 8.009680000E-02 +2007 +161 -159 -2008 imp:n=1 $ IFE radial fuelled region 7 11.50 - 12.00 cm 2198 208 8.009330000E-02 +2008 +161 -159 -2009 imp:n=1 $ IFE radial fuelled region 8 12.00 - 12.60 cm c c Top - Axial Layer 11 (-1.0 - -4.0 cm) 2201 291 8.008040000E-02 +2001 +162 -161 -2002 imp:n=1 $ IFE radial fuelled region 1 7.14 - 7.50 cm 2202 292 8.008390000E-02 +2002 +162 -161 -2003 imp:n=1 $ IFE radial fuelled region 2 7.50 - 8.00 cm 2203 293 8.008800000E-02 +2003 +162 -161 -2004 imp:n=1 $ IFE radial fuelled region 3 8.00 - 8.50 cm 2204 294 8.009370000E-02 +2004 +162 -161 -2005 imp:n=1 $ IFE radial fuelled region 4 8.50 - 9.50 cm 2205 295 8.009930000E-02 +2005 +162 -161 -2006 imp:n=1 $ IFE radial fuelled region 5 9.50 - 10.50 cm 2206 296 8.009980000E-02 +2006 +162 -161 -2007 imp:n=1 $ IFE radial fuelled region 6 10.50 - 11.50 cm 2207 297 8.009680000E-02 +2007 +162 -161 -2008 imp:n=1 $ IFE radial fuelled region 7 11.50 - 12.00 cm 2208 298 8.009330000E-02 +2008 +162 -161 -2009 imp:n=1 $ IFE radial fuelled region 8 12.00 - 12.60 cm c c Top - Axial Layer 12 (-4.0 - 7.0 cm) 2211 281 8.008040000E-02 +2001 +163 -162 -2002 imp:n=1 $ IFE radial fuelled region 1 7.14 - 7.50 cm 2212 282 8.008390000E-02 +2002 +163 -162 -2003 imp:n=1 $ IFE radial fuelled region 2 7.50 - 8.00 cm 2213 283 8.008800000E-02 +2003 +163 -162 -2004 imp:n=1 $ IFE radial fuelled region 3 8.00 - 8.50 cm 2214 284 8.009370000E-02 +2004 +163 -162 -2005 imp:n=1 $ IFE radial fuelled region 4 8.50 - 9.50 cm 2215 285 8.009930000E-02 +2005 +163 -162 -2006 imp:n=1 $ IFE radial fuelled region 5 9.50 - 10.50 cm 2216 286 8.009980000E-02 +2006 +163 -162 -2007 imp:n=1 $ IFE radial fuelled region 6 10.50 - 11.50 cm 2217 287 8.009680000E-02 +2007 +163 -162 -2008 imp:n=1 $ IFE radial fuelled region 7 11.50 - 12.00 cm 2218 288 8.009330000E-02 +2008 +163 -162 -2009 imp:n=1 $ IFE radial fuelled region 8 12.00 - 12.60 cm c c Top - Axial Layer 13 (-7.0 - -10.0 cm) 2221 271 8.008040000E-02 +2001 +164 -163 -2002 imp:n=1 $ IFE radial fuelled region 1 7.14 - 7.50 cm 2222 272 8.008390000E-02 +2002 +164 -163 -2003 imp:n=1 $ IFE radial fuelled region 2 7.50 - 8.00 cm 2223 273 8.008800000E-02 +2003 +164 -163 -2004 imp:n=1 $ IFE radial fuelled region 3 8.00 - 8.50 cm 2224 274 8.009370000E-02 +2004 +164 -163 -2005 imp:n=1 $ IFE radial fuelled region 4 8.50 - 9.50 cm 2225 275 8.009930000E-02 +2005 +164 -163 -2006 imp:n=1 $ IFE radial fuelled region 5 9.50 - 10.50 cm 2226 276 8.009980000E-02 +2006 +164 -163 -2007 imp:n=1 $ IFE radial fuelled region 6 10.50 - 11.50 cm 2227 277 8.009680000E-02 +2007 +164 -163 -2008 imp:n=1 $ IFE radial fuelled region 7 11.50 - 12.00 cm 2228 278 8.009330000E-02 +2008 +164 -163 -2009 imp:n=1 $ IFE radial fuelled region 8 12.00 - 12.60 cm c c Top - Axial Layer 14 (-10.0 - -13.0 cm) 2231 261 8.008040000E-02 +2001 +165 -164 -2002 imp:n=1 $ IFE radial fuelled region 1 7.14 - 7.50 cm 2232 262 8.008390000E-02 +2002 +165 -164 -2003 imp:n=1 $ IFE radial fuelled region 2 7.50 - 8.00 cm 2233 263 8.008800000E-02 +2003 +165 -164 -2004 imp:n=1 $ IFE radial fuelled region 3 8.00 - 8.50 cm 2234 264 8.009370000E-02 +2004 +165 -164 -2005 imp:n=1 $ IFE radial fuelled region 4 8.50 - 9.50 cm 2235 265 8.009930000E-02 +2005 +165 -164 -2006 imp:n=1 $ IFE radial fuelled region 5 9.50 - 10.50 cm 2236 266 8.009980000E-02 +2006 +165 -164 -2007 imp:n=1 $ IFE radial fuelled region 6 10.50 - 11.50 cm 2237 267 8.009680000E-02 +2007 +165 -164 -2008 imp:n=1 $ IFE radial fuelled region 7 11.50 - 12.00 cm 2238 268 8.009330000E-02 +2008 +165 -164 -2009 imp:n=1 $ IFE radial fuelled region 8 12.00 - 12.60 cm c c Top - Axial Layer 15 (-13.0 - -16.0 cm) 2241 251 8.008040000E-02 +2001 +166 -165 -2002 imp:n=1 $ IFE radial fuelled region 1 7.14 - 7.50 cm 2242 252 8.008390000E-02 +2002 +166 -165 -2003 imp:n=1 $ IFE radial fuelled region 2 7.50 - 8.00 cm 2243 253 8.008800000E-02 +2003 +166 -165 -2004 imp:n=1 $ IFE radial fuelled region 3 8.00 - 8.50 cm 2244 254 8.009370000E-02 +2004 +166 -165 -2005 imp:n=1 $ IFE radial fuelled region 4 8.50 - 9.50 cm 2245 255 8.009930000E-02 +2005 +166 -165 -2006 imp:n=1 $ IFE radial fuelled region 5 9.50 - 10.50 cm 2246 256 8.009980000E-02 +2006 +166 -165 -2007 imp:n=1 $ IFE radial fuelled region 6 10.50 - 11.50 cm 2247 257 8.009680000E-02 +2007 +166 -165 -2008 imp:n=1 $ IFE radial fuelled region 7 11.50 - 12.00 cm 2248 258 8.009330000E-02 +2008 +166 -165 -2009 imp:n=1 $ IFE radial fuelled region 8 12.00 - 12.60 cm c c Top - Axial Layer 16 (-16.0 - -19.0 cm) 2251 241 8.008040000E-02 +2001 +167 -166 -2002 imp:n=1 $ IFE radial fuelled region 1 7.14 - 7.50 cm 2252 242 8.008390000E-02 +2002 +167 -166 -2003 imp:n=1 $ IFE radial fuelled region 2 7.50 - 8.00 cm 2253 243 8.008800000E-02 +2003 +167 -166 -2004 imp:n=1 $ IFE radial fuelled region 3 8.00 - 8.50 cm 2254 244 8.009370000E-02 +2004 +167 -166 -2005 imp:n=1 $ IFE radial fuelled region 4 8.50 - 9.50 cm 2255 245 8.009930000E-02 +2005 +167 -166 -2006 imp:n=1 $ IFE radial fuelled region 5 9.50 - 10.50 cm 2256 246 8.009980000E-02 +2006 +167 -166 -2007 imp:n=1 $ IFE radial fuelled region 6 10.50 - 11.50 cm 2257 247 8.009680000E-02 +2007 +167 -166 -2008 imp:n=1 $ IFE radial fuelled region 7 11.50 - 12.00 cm 2258 248 8.009330000E-02 +2008 +167 -166 -2009 imp:n=1 $ IFE radial fuelled region 8 12.00 - 12.60 cm c c Top - Axial Layer 17 (-19.0 - 22.0 cm) 2261 231 8.008040000E-02 +2001 +168 -167 -2002 imp:n=1 $ IFE radial fuelled region 1 7.14 - 7.50 cm 2262 232 8.008390000E-02 +2002 +168 -167 -2003 imp:n=1 $ IFE radial fuelled region 2 7.50 - 8.00 cm 2263 233 8.008800000E-02 +2003 +168 -167 -2004 imp:n=1 $ IFE radial fuelled region 3 8.00 - 8.50 cm 2264 234 8.009370000E-02 +2004 +168 -167 -2005 imp:n=1 $ IFE radial fuelled region 4 8.50 - 9.50 cm 2265 235 8.009930000E-02 +2005 +168 -167 -2006 imp:n=1 $ IFE radial fuelled region 5 9.50 - 10.50 cm 2266 236 8.009980000E-02 +2006 +168 -167 -2007 imp:n=1 $ IFE radial fuelled region 6 10.50 - 11.50 cm 2267 237 8.009680000E-02 +2007 +168 -167 -2008 imp:n=1 $ IFE radial fuelled region 7 11.50 - 12.00 cm 2268 238 8.009330000E-02 +2008 +168 -167 -2009 imp:n=1 $ IFE radial fuelled region 8 12.00 - 12.60 cm c c Top - Axial Layer 18 (-22.0 - 25.0 cm) 2271 221 8.008040000E-02 +2001 +169 -168 -2002 imp:n=1 $ IFE radial fuelled region 1 7.14 - 7.50 cm 2272 222 8.008390000E-02 +2002 +169 -168 -2003 imp:n=1 $ IFE radial fuelled region 2 7.50 - 8.00 cm 2273 223 8.008800000E-02 +2003 +169 -168 -2004 imp:n=1 $ IFE radial fuelled region 3 8.00 - 8.50 cm 2274 224 8.009370000E-02 +2004 +169 -168 -2005 imp:n=1 $ IFE radial fuelled region 4 8.50 - 9.50 cm 2275 225 8.009930000E-02 +2005 +169 -168 -2006 imp:n=1 $ IFE radial fuelled region 5 9.50 - 10.50 cm 2276 226 8.009980000E-02 +2006 +169 -168 -2007 imp:n=1 $ IFE radial fuelled region 6 10.50 - 11.50 cm 2277 227 8.009680000E-02 +2007 +169 -168 -2008 imp:n=1 $ IFE radial fuelled region 7 11.50 - 12.00 cm 2278 228 8.009330000E-02 +2008 +169 -168 -2009 imp:n=1 $ IFE radial fuelled region 8 12.00 - 12.60 cm c c Top - Axial Layer 19 (-25.0 - -25.4 cm) 2281 211 8.008040000E-02 +2001 +200 -169 -2002 imp:n=1 $ IFE radial fuelled region 1 7.14 - 7.50 cm 2282 212 8.008390000E-02 +2002 +200 -169 -2003 imp:n=1 $ IFE radial fuelled region 2 7.50 - 8.00 cm 2283 213 8.008800000E-02 +2003 +200 -169 -2004 imp:n=1 $ IFE radial fuelled region 3 8.00 - 8.50 cm 2284 214 8.009370000E-02 +2004 +200 -169 -2005 imp:n=1 $ IFE radial fuelled region 4 8.50 - 9.50 cm 2285 215 8.009930000E-02 +2005 +200 -169 -2006 imp:n=1 $ IFE radial fuelled region 5 9.50 - 10.50 cm 2286 216 8.009980000E-02 +2006 +200 -169 -2007 imp:n=1 $ IFE radial fuelled region 6 10.50 - 11.50 cm 2287 217 8.009680000E-02 +2007 +200 -169 -2008 imp:n=1 $ IFE radial fuelled region 7 11.50 - 12.00 cm 2288 218 8.009330000E-02 +2008 +200 -169 -2009 imp:n=1 $ IFE radial fuelled region 8 12.00 - 12.60 cm c c 2199 200 8.01309E-02 +2009 +200 -100 -2010 imp:n=1 $inner unfuelled region 2200 20 6.02083E-02 +2010 +200 -100 -2200 imp:n=1 $IFE outer sidewall c c 2600 70 8.01308E-02 +2000 +100 -101 -2010 imp:n=1 $ IFE unfuelled - upper region 2601 3 1.00053E-01 +2000 +101 -199 -2010 imp:n=1 $ water above IFE upper region 2602 71 7.96002E-02 +2000 +201 -200 -2010 imp:n=1 $ IFE unfuelled - lower region 2603 1 9.89921E-02 +2000 +299 -201 -2010 imp:n=1 $ water below IFE upper region c 2620 20 6.02083E-02 +2010 +202 -200 -2201 imp:n=1 $ IFE outer sidewall lower extension 2622 1 9.89921E-02 +2010 +299 -202 -2201 imp:n=1 $ water below IFE outer sidewall lower extension c 2624 2 9.95227E-02 -2201 +200 -100 +2200 imp:n=1 $ water between fuel elements--active fuel region c 2630 20 6.02083E-02 +2010 +100 -102 -2201 imp:n=1 $ IFE outer sidewall upper extension 2632 3 1.00053E-01 +2010 -199 +102 -2201 imp:n=1 $ water above IFE outer sidewall outer extension c 2640 20 6.02083E-02 +1999 -200 +299 -2000 imp:n=1 $ IFE inner sidewall-lower core support c 2650 20 6.02083E-02 +1999 +100 -199 -2000 imp:n=1 $ IFE inner sidewall-upper core support c c c ------------------------------------------ c Region III c c OUTER FUEL ELEMENT (OFE) c ------------------------------------------ c c The outer fuel element is region-3 c The outer fuel element (OFE) consists of 369 fuel plates arranged in an c involutes shape. Each plate contains 18.44g +-1% of U-235. c The OFE fueled area is modeled by by homogenizing the uranium, aluminum c and water, in 9 radial fueled regions that reflect the different U-235 c concentrations in each fuel plate. The OFE is divided into 171 cells, c 9 radial fueled regions and 19 axial fueled layers c c -------------------- c OEF Cell Cards C -------------------- c c 2300 20 6.02083E-02 +2201 +200 -100 -2300 imp:n=1 $OFE inner sidewall 2400 200 8.01309E-02 +2300 +200 -100 -2301 imp:n=1 $outer unfuelled region c c c Top - Axial Layer 1 (25.4 - 25.0 cm) 2401 311 8.005830000E-02 +2301 +150 -100 -2302 imp:n=1 $ OFE radial fuelled region 1 15.12951 - 15.5 cm 2402 312 8.008950000E-02 +2302 +150 -100 -2303 imp:n=1 $ OFE radial fuelled region 2 15.5 - 16.0 cm 2403 313 8.012280000E-02 +2303 +150 -100 -2304 imp:n=1 $ OFE radial fuelled region 3 16.0 - 16.5 cm 2404 314 8.015300000E-02 +2304 +150 -100 -2305 imp:n=1 $ OFE radial fuelled region 4 16.5 - 17.5 cm 2405 315 8.014370000E-02 +2305 +150 -100 -2306 imp:n=1 $ OFE radial fuelled region 5 17.5 - 18.5 cm 2406 316 8.009850000E-02 +2306 +150 -100 -2307 imp:n=1 $ OFE radial fuelled region 6 18.5 - 19.5 cm 2407 317 8.005550000E-02 +2307 +150 -100 -2308 imp:n=1 $ OFE radial fuelled region 7 19.5 - 20.0 cm 2408 318 8.002710000E-02 +2308 +150 -100 -2309 imp:n=1 $ OFE radial fuelled region 8 20.0 - 20.5 cm 2409 319 8.000130000E-02 +2309 +150 -100 -2310 imp:n=1 $ OFE radial fuelled region 9 20.5 - 20.978 cm c c Top - Axial Layer 2 (25.0 - 22.0 cm) 2411 321 8.005830000E-02 +2301 +151 -150 -2302 imp:n=1 $ OFE radial fuelled region 1 15.12951 - 15.5 cm 2412 322 8.008950000E-02 +2302 +151 -150 -2303 imp:n=1 $ OFE radial fuelled region 2 15.5 - 16.0 cm 2413 323 8.012280000E-02 +2303 +151 -150 -2304 imp:n=1 $ OFE radial fuelled region 3 16.0 - 16.5 cm 2414 324 8.015300000E-02 +2304 +151 -150 -2305 imp:n=1 $ OFE radial fuelled region 4 16.5 - 17.5 cm 2415 325 8.014370000E-02 +2305 +151 -150 -2306 imp:n=1 $ OFE radial fuelled region 5 17.5 - 18.5 cm 2416 326 8.009850000E-02 +2306 +151 -150 -2307 imp:n=1 $ OFE radial fuelled region 6 18.5 - 19.5 cm 2417 327 8.005550000E-02 +2307 +151 -150 -2308 imp:n=1 $ OFE radial fuelled region 7 19.5 - 20.0 cm 2418 328 8.002710000E-02 +2308 +151 -150 -2309 imp:n=1 $ OFE radial fuelled region 8 20.0 - 20.5 cm 2419 329 8.000130000E-02 +2309 +151 -150 -2310 imp:n=1 $ OFE radial fuelled region 9 20.5 - 20.978 cm c c Top - Axial Layer 3 (22.0 - 19.0 cm) 2421 331 8.005830000E-02 +2301 +153 -151 -2302 imp:n=1 $ OFE radial fuelled region 1 15.12951 - 15.5 cm 2422 332 8.008950000E-02 +2302 +153 -151 -2303 imp:n=1 $ OFE radial fuelled region 2 15.5 - 16.0 cm 2423 333 8.012280000E-02 +2303 +153 -151 -2304 imp:n=1 $ OFE radial fuelled region 3 16.0 - 16.5 cm 2424 334 8.015300000E-02 +2304 +153 -151 -2305 imp:n=1 $ OFE radial fuelled region 4 16.5 - 17.5 cm 2425 335 8.014370000E-02 +2305 +153 -151 -2306 imp:n=1 $ OFE radial fuelled region 5 17.5 - 18.5 cm 2426 336 8.009850000E-02 +2306 +153 -151 -2307 imp:n=1 $ OFE radial fuelled region 6 18.5 - 19.5 cm 2427 337 8.005550000E-02 +2307 +153 -151 -2308 imp:n=1 $ OFE radial fuelled region 7 19.5 - 20.0 cm 2428 338 8.002710000E-02 +2308 +153 -151 -2309 imp:n=1 $ OFE radial fuelled region 8 20.0 - 20.5 cm 2429 339 8.000130000E-02 +2309 +153 -151 -2310 imp:n=1 $ OFE radial fuelled region 9 20.5 - 20.978 cm c c Top - Axial Layer 4 (19.0 - 16.0 cm) 2431 341 8.005830000E-02 +2301 +154 -153 -2302 imp:n=1 $ OFE radial fuelled region 1 15.12951 - 15.5 cm 2432 342 8.008950000E-02 +2302 +154 -153 -2303 imp:n=1 $ OFE radial fuelled region 2 15.5 - 16.0 cm 2433 343 8.012280000E-02 +2303 +154 -153 -2304 imp:n=1 $ OFE radial fuelled region 3 16.0 - 16.5 cm 2434 344 8.015300000E-02 +2304 +154 -153 -2305 imp:n=1 $ OFE radial fuelled region 4 16.5 - 17.5 cm 2435 345 8.014370000E-02 +2305 +154 -153 -2306 imp:n=1 $ OFE radial fuelled region 5 17.5 - 18.5 cm 2436 346 8.009850000E-02 +2306 +154 -153 -2307 imp:n=1 $ OFE radial fuelled region 6 18.5 - 19.5 cm 2437 347 8.005550000E-02 +2307 +154 -153 -2308 imp:n=1 $ OFE radial fuelled region 7 19.5 - 20.0 cm 2438 348 8.002710000E-02 +2308 +154 -153 -2309 imp:n=1 $ OFE radial fuelled region 8 20.0 - 20.5 cm 2439 349 8.000130000E-02 +2309 +154 -153 -2310 imp:n=1 $ OFE radial fuelled region 9 20.5 - 20.978 cm c c Top - Axial Layer 5 (16.0 - 13.0 cm) 2441 351 8.005830000E-02 +2301 +155 -154 -2302 imp:n=1 $ OFE radial fuelled region 1 15.12951 - 15.5 cm 2442 352 8.008950000E-02 +2302 +155 -154 -2303 imp:n=1 $ OFE radial fuelled region 2 15.5 - 16.0 cm 2443 353 8.012280000E-02 +2303 +155 -154 -2304 imp:n=1 $ OFE radial fuelled region 3 16.0 - 16.5 cm 2444 354 8.015300000E-02 +2304 +155 -154 -2305 imp:n=1 $ OFE radial fuelled region 4 16.5 - 17.5 cm 2445 355 8.014370000E-02 +2305 +155 -154 -2306 imp:n=1 $ OFE radial fuelled region 5 17.5 - 18.5 cm 2446 356 8.009850000E-02 +2306 +155 -154 -2307 imp:n=1 $ OFE radial fuelled region 6 18.5 - 19.5 cm 2447 357 8.005550000E-02 +2307 +155 -154 -2308 imp:n=1 $ OFE radial fuelled region 7 19.5 - 20.0 cm 2448 358 8.002710000E-02 +2308 +155 -154 -2309 imp:n=1 $ OFE radial fuelled region 8 20.0 - 20.5 cm 2449 359 8.000130000E-02 +2309 +155 -154 -2310 imp:n=1 $ OFE radial fuelled region 9 20.5 - 20.978 cm c c Top - Axial Layer 6 (13.0 - 10.0 cm) 2451 361 8.005830000E-02 +2301 +156 -155 -2302 imp:n=1 $ OFE radial fuelled region 1 15.12951 - 15.5 cm 2452 362 8.008950000E-02 +2302 +156 -155 -2303 imp:n=1 $ OFE radial fuelled region 2 15.5 - 16.0 cm 2453 363 8.012280000E-02 +2303 +156 -155 -2304 imp:n=1 $ OFE radial fuelled region 3 16.0 - 16.5 cm 2454 364 8.015300000E-02 +2304 +156 -155 -2305 imp:n=1 $ OFE radial fuelled region 4 16.5 - 17.5 cm 2455 365 8.014370000E-02 +2305 +156 -155 -2306 imp:n=1 $ OFE radial fuelled region 5 17.5 - 18.5 cm 2456 366 8.009850000E-02 +2306 +156 -155 -2307 imp:n=1 $ OFE radial fuelled region 6 18.5 - 19.5 cm 2457 367 8.005550000E-02 +2307 +156 -155 -2308 imp:n=1 $ OFE radial fuelled region 7 19.5 - 20.0 cm 2458 368 8.002710000E-02 +2308 +156 -155 -2309 imp:n=1 $ OFE radial fuelled region 8 20.0 - 20.5 cm 2459 369 8.000130000E-02 +2309 +156 -155 -2310 imp:n=1 $ OFE radial fuelled region 9 20.5 - 20.978 cm c c Top - Axial Layer 7 (10.0 - 7.0 cm) 2461 371 8.005830000E-02 +2301 +157 -156 -2302 imp:n=1 $ OFE radial fuelled region 1 15.12951 - 15.5 cm 2462 372 8.008950000E-02 +2302 +157 -156 -2303 imp:n=1 $ OFE radial fuelled region 2 15.5 - 16.0 cm 2463 373 8.012280000E-02 +2303 +157 -156 -2304 imp:n=1 $ OFE radial fuelled region 3 16.0 - 16.5 cm 2464 374 8.015300000E-02 +2304 +157 -156 -2305 imp:n=1 $ OFE radial fuelled region 4 16.5 - 17.5 cm 2465 375 8.014370000E-02 +2305 +157 -156 -2306 imp:n=1 $ OFE radial fuelled region 5 17.5 - 18.5 cm 2466 376 8.009850000E-02 +2306 +157 -156 -2307 imp:n=1 $ OFE radial fuelled region 6 18.5 - 19.5 cm 2467 377 8.005550000E-02 +2307 +157 -156 -2308 imp:n=1 $ OFE radial fuelled region 7 19.5 - 20.0 cm 2468 378 8.002710000E-02 +2308 +157 -156 -2309 imp:n=1 $ OFE radial fuelled region 8 20.0 - 20.5 cm 2469 379 8.000130000E-02 +2309 +157 -156 -2310 imp:n=1 $ OFE radial fuelled region 9 20.5 - 20.978 cm c c Top - Axial Layer 8 (7.0 - 4.0 cm) 2471 381 8.005830000E-02 +2301 +158 -157 -2302 imp:n=1 $ OFE radial fuelled region 1 15.12951 - 15.5 cm 2472 382 8.008950000E-02 +2302 +158 -157 -2303 imp:n=1 $ OFE radial fuelled region 2 15.5 - 16.0 cm 2473 383 8.012280000E-02 +2303 +158 -157 -2304 imp:n=1 $ OFE radial fuelled region 3 16.0 - 16.5 cm 2474 384 8.015300000E-02 +2304 +158 -157 -2305 imp:n=1 $ OFE radial fuelled region 4 16.5 - 17.5 cm 2475 385 8.014370000E-02 +2305 +158 -157 -2306 imp:n=1 $ OFE radial fuelled region 5 17.5 - 18.5 cm 2476 386 8.009850000E-02 +2306 +158 -157 -2307 imp:n=1 $ OFE radial fuelled region 6 18.5 - 19.5 cm 2477 387 8.005550000E-02 +2307 +158 -157 -2308 imp:n=1 $ OFE radial fuelled region 7 19.5 - 20.0 cm 2478 388 8.002710000E-02 +2308 +158 -157 -2309 imp:n=1 $ OFE radial fuelled region 8 20.0 - 20.5 cm 2479 389 8.000130000E-02 +2309 +158 -157 -2310 imp:n=1 $ OFE radial fuelled region 9 20.5 - 20.978 cm c c Top - Axial Layer 9 (4.0 - 1.0 cm) 2481 391 8.005830000E-02 +2301 +159 -158 -2302 imp:n=1 $ OFE radial fuelled region 1 15.12951 - 15.5 cm 2482 392 8.008950000E-02 +2302 +159 -158 -2303 imp:n=1 $ OFE radial fuelled region 2 15.5 - 16.0 cm 2483 393 8.012280000E-02 +2303 +159 -158 -2304 imp:n=1 $ OFE radial fuelled region 3 16.0 - 16.5 cm 2484 394 8.015300000E-02 +2304 +159 -158 -2305 imp:n=1 $ OFE radial fuelled region 4 16.5 - 17.5 cm 2485 395 8.014370000E-02 +2305 +159 -158 -2306 imp:n=1 $ OFE radial fuelled region 5 17.5 - 18.5 cm 2486 396 8.009850000E-02 +2306 +159 -158 -2307 imp:n=1 $ OFE radial fuelled region 6 18.5 - 19.5 cm 2487 397 8.005550000E-02 +2307 +159 -158 -2308 imp:n=1 $ OFE radial fuelled region 7 19.5 - 20.0 cm 2488 398 8.002710000E-02 +2308 +159 -158 -2309 imp:n=1 $ OFE radial fuelled region 8 20.0 - 20.5 cm 2489 399 8.000130000E-02 +2309 +159 -158 -2310 imp:n=1 $ OFE radial fuelled region 9 20.5 - 20.978 cm c c Top - Axial Layer 10 (1.0 - 1.0 cm) 2491 301 8.005830000E-02 +2301 +161 -159 -2302 imp:n=1 $ OFE radial fuelled region 1 15.12951 - 15.5 cm 2492 302 8.008950000E-02 +2302 +161 -159 -2303 imp:n=1 $ OFE radial fuelled region 2 15.5 - 16.0 cm 2493 303 8.012280000E-02 +2303 +161 -159 -2304 imp:n=1 $ OFE radial fuelled region 3 16.0 - 16.5 cm 2494 304 8.015300000E-02 +2304 +161 -159 -2305 imp:n=1 $ OFE radial fuelled region 4 16.5 - 17.5 cm 2495 305 8.014370000E-02 +2305 +161 -159 -2306 imp:n=1 $ OFE radial fuelled region 5 17.5 - 18.5 cm 2496 306 8.009850000E-02 +2306 +161 -159 -2307 imp:n=1 $ OFE radial fuelled region 6 18.5 - 19.5 cm 2497 307 8.005550000E-02 +2307 +161 -159 -2308 imp:n=1 $ OFE radial fuelled region 7 19.5 - 20.0 cm 2498 308 8.002710000E-02 +2308 +161 -159 -2309 imp:n=1 $ OFE radial fuelled region 8 20.0 - 20.5 cm 2499 309 8.000130000E-02 +2309 +161 -159 -2310 imp:n=1 $ OFE radial fuelled region 9 20.5 - 20.978 cm c c 8Top - Axial Layer 11 (-1.0 - -4.0 cm) 2501 391 8.005830000E-02 +2301 +162 -161 -2302 imp:n=1 $ OFE radial fuelled region 1 15.12951 - 15.5 cm 2502 392 8.008950000E-02 +2302 +162 -161 -2303 imp:n=1 $ OFE radial fuelled region 2 15.5 - 16.0 cm 2503 393 8.012280000E-02 +2303 +162 -161 -2304 imp:n=1 $ OFE radial fuelled region 3 16.0 - 16.5 cm 2504 394 8.015300000E-02 +2304 +162 -161 -2305 imp:n=1 $ OFE radial fuelled region 4 16.5 - 17.5 cm 2505 395 8.014370000E-02 +2305 +162 -161 -2306 imp:n=1 $ OFE radial fuelled region 5 17.5 - 18.5 cm 2506 396 8.009850000E-02 +2306 +162 -161 -2307 imp:n=1 $ OFE radial fuelled region 6 18.5 - 19.5 cm 2507 397 8.005550000E-02 +2307 +162 -161 -2308 imp:n=1 $ OFE radial fuelled region 7 19.5 - 20.0 cm 2508 398 8.002710000E-02 +2308 +162 -161 -2309 imp:n=1 $ OFE radial fuelled region 8 20.0 - 20.5 cm 2509 399 8.000130000E-02 +2309 +162 -161 -2310 imp:n=1 $ OFE radial fuelled region 9 20.5 - 20.978 cm c c Top - Axial Layer 12 (-4.0 - -7.0 cm) 2511 381 8.005830000E-02 +2301 +163 -162 -2302 imp:n=1 $ OFE radial fuelled region 1 15.12951 - 15.5 cm 2512 382 8.008950000E-02 +2302 +163 -162 -2303 imp:n=1 $ OFE radial fuelled region 2 15.5 - 16.0 cm 2513 383 8.012280000E-02 +2303 +163 -162 -2304 imp:n=1 $ OFE radial fuelled region 3 16.0 - 16.5 cm 2514 384 8.015300000E-02 +2304 +163 -162 -2305 imp:n=1 $ OFE radial fuelled region 4 16.5 - 17.5 cm 2515 385 8.014370000E-02 +2305 +163 -162 -2306 imp:n=1 $ OFE radial fuelled region 5 17.5 - 18.5 cm 2516 386 8.009850000E-02 +2306 +163 -162 -2307 imp:n=1 $ OFE radial fuelled region 6 18.5 - 19.5 cm 2517 387 8.005550000E-02 +2307 +163 -162 -2308 imp:n=1 $ OFE radial fuelled region 7 19.5 - 20.0 cm 2518 388 8.002710000E-02 +2308 +163 -162 -2309 imp:n=1 $ OFE radial fuelled region 8 20.0 - 20.5 cm 2519 389 8.000130000E-02 +2309 +163 -162 -2310 imp:n=1 $ OFE radial fuelled region 9 20.5 - 20.978 cm c c Top - Axial Layer 13 (-7.0 - -10.0 cm) 2521 371 8.005830000E-02 +2301 +164 -163 -2302 imp:n=1 $ OFE radial fuelled region 1 15.12951 - 15.5 cm 2522 372 8.008950000E-02 +2302 +164 -163 -2303 imp:n=1 $ OFE radial fuelled region 2 15.5 - 16.0 cm 2523 373 8.012280000E-02 +2303 +164 -163 -2304 imp:n=1 $ OFE radial fuelled region 3 16.0 - 16.5 cm 2524 374 8.015300000E-02 +2304 +164 -163 -2305 imp:n=1 $ OFE radial fuelled region 4 16.5 - 17.5 cm 2525 375 8.014370000E-02 +2305 +164 -163 -2306 imp:n=1 $ OFE radial fuelled region 5 17.5 - 18.5 cm 2526 376 8.009850000E-02 +2306 +164 -163 -2307 imp:n=1 $ OFE radial fuelled region 6 18.5 - 19.5 cm 2527 377 8.005550000E-02 +2307 +164 -163 -2308 imp:n=1 $ OFE radial fuelled region 7 19.5 - 20.0 cm 2528 378 8.002710000E-02 +2308 +164 -163 -2309 imp:n=1 $ OFE radial fuelled region 8 20.0 - 20.5 cm 2529 379 8.000130000E-02 +2309 +164 -163 -2310 imp:n=1 $ OFE radial fuelled region 9 20.5 - 20.978 cm c c Top - Axial Layer 14 (-10.0 - -13.0 cm) 2531 361 8.005830000E-02 +2301 +165 -164 -2302 imp:n=1 $ OFE radial fuelled region 1 15.12951 - 15.5 cm 2532 362 8.008950000E-02 +2302 +165 -164 -2303 imp:n=1 $ OFE radial fuelled region 2 15.5 - 16.0 cm 2533 363 8.012280000E-02 +2303 +165 -164 -2304 imp:n=1 $ OFE radial fuelled region 3 16.0 - 16.5 cm 2534 364 8.015300000E-02 +2304 +165 -164 -2305 imp:n=1 $ OFE radial fuelled region 4 16.5 - 17.5 cm 2535 365 8.014370000E-02 +2305 +165 -164 -2306 imp:n=1 $ OFE radial fuelled region 5 17.5 - 18.5 cm 2536 366 8.009850000E-02 +2306 +165 -164 -2307 imp:n=1 $ OFE radial fuelled region 6 18.5 - 19.5 cm 2537 367 8.005550000E-02 +2307 +165 -164 -2308 imp:n=1 $ OFE radial fuelled region 7 19.5 - 20.0 cm 2538 368 8.002710000E-02 +2308 +165 -164 -2309 imp:n=1 $ OFE radial fuelled region 8 20.0 - 20.5 cm 2539 369 8.000130000E-02 +2309 +165 -164 -2310 imp:n=1 $ OFE radial fuelled region 9 20.5 - 20.978 cm c c Top - Axial Layer 15 (-13.0 - -16.0 cm) 2541 351 8.005830000E-02 +2301 +166 -165 -2302 imp:n=1 $ OFE radial fuelled region 1 15.12951 - 15.5 cm 2542 352 8.008950000E-02 +2302 +166 -165 -2303 imp:n=1 $ OFE radial fuelled region 2 15.5 - 16.0 cm 2543 353 8.012280000E-02 +2303 +166 -165 -2304 imp:n=1 $ OFE radial fuelled region 3 16.0 - 16.5 cm 2544 354 8.015300000E-02 +2304 +166 -165 -2305 imp:n=1 $ OFE radial fuelled region 4 16.5 - 17.5 cm 2545 355 8.014370000E-02 +2305 +166 -165 -2306 imp:n=1 $ OFE radial fuelled region 5 17.5 - 18.5 cm 2546 356 8.009850000E-02 +2306 +166 -165 -2307 imp:n=1 $ OFE radial fuelled region 6 18.5 - 19.5 cm 2547 357 8.005550000E-02 +2307 +166 -165 -2308 imp:n=1 $ OFE radial fuelled region 7 19.5 - 20.0 cm 2548 358 8.002710000E-02 +2308 +166 -165 -2309 imp:n=1 $ OFE radial fuelled region 8 20.0 - 20.5 cm 2549 359 8.000130000E-02 +2309 +166 -165 -2310 imp:n=1 $ OFE radial fuelled region 9 20.5 - 20.978 cm c c Top - Axial Layer 16 (-16.0 - 19.0 cm) 2551 341 8.005830000E-02 +2301 +167 -166 -2302 imp:n=1 $ OFE radial fuelled region 1 15.12951 - 15.5 cm 2552 342 8.008950000E-02 +2302 +167 -166 -2303 imp:n=1 $ OFE radial fuelled region 2 15.5 - 16.0 cm 2553 343 8.012280000E-02 +2303 +167 -166 -2304 imp:n=1 $ OFE radial fuelled region 3 16.0 - 16.5 cm 2554 344 8.015300000E-02 +2304 +167 -166 -2305 imp:n=1 $ OFE radial fuelled region 4 16.5 - 17.5 cm 2555 345 8.014370000E-02 +2305 +167 -166 -2306 imp:n=1 $ OFE radial fuelled region 5 17.5 - 18.5 cm 2556 346 8.009850000E-02 +2306 +167 -166 -2307 imp:n=1 $ OFE radial fuelled region 6 18.5 - 19.5 cm 2557 347 8.005550000E-02 +2307 +167 -166 -2308 imp:n=1 $ OFE radial fuelled region 7 19.5 - 20.0 cm 2558 348 8.002710000E-02 +2308 +167 -166 -2309 imp:n=1 $ OFE radial fuelled region 8 20.0 - 20.5 cm 2559 349 8.000130000E-02 +2309 +167 -166 -2310 imp:n=1 $ OFE radial fuelled region 9 20.5 - 20.978 cm c c Top - Axial Layer 17 (-19.0 - -22.0 cm) 2561 331 8.005830000E-02 +2301 +168 -167 -2302 imp:n=1 $ OFE radial fuelled region 1 15.12951 - 15.5 cm 2562 332 8.008950000E-02 +2302 +168 -167 -2303 imp:n=1 $ OFE radial fuelled region 2 15.5 - 16.0 cm 2563 333 8.012280000E-02 +2303 +168 -167 -2304 imp:n=1 $ OFE radial fuelled region 3 16.0 - 16.5 cm 2564 334 8.015300000E-02 +2304 +168 -167 -2305 imp:n=1 $ OFE radial fuelled region 4 16.5 - 17.5 cm 2565 335 8.014370000E-02 +2305 +168 -167 -2306 imp:n=1 $ OFE radial fuelled region 5 17.5 - 18.5 cm 2566 336 8.009850000E-02 +2306 +168 -167 -2307 imp:n=1 $ OFE radial fuelled region 6 18.5 - 19.5 cm 2567 337 8.005550000E-02 +2307 +168 -167 -2308 imp:n=1 $ OFE radial fuelled region 7 19.5 - 20.0 cm 2568 338 8.002710000E-02 +2308 +168 -167 -2309 imp:n=1 $ OFE radial fuelled region 8 20.0 - 20.5 cm 2569 339 8.000130000E-02 +2309 +168 -167 -2310 imp:n=1 $ OFE radial fuelled region 9 20.5 - 20.978 cm c c Top - Axial Layer 18 (-22.0 - -25.0 cm) 2571 321 8.005830000E-02 +2301 +169 -168 -2302 imp:n=1 $ OFE radial fuelled region 1 15.12951 - 15.5 cm 2572 322 8.008950000E-02 +2302 +169 -168 -2303 imp:n=1 $ OFE radial fuelled region 2 15.5 - 16.0 cm 2573 323 8.012280000E-02 +2303 +169 -168 -2304 imp:n=1 $ OFE radial fuelled region 3 16.0 - 16.5 cm 2574 324 8.015300000E-02 +2304 +169 -168 -2305 imp:n=1 $ OFE radial fuelled region 4 16.5 - 17.5 cm 2575 325 8.014370000E-02 +2305 +169 -168 -2306 imp:n=1 $ OFE radial fuelled region 5 17.5 - 18.5 cm 2576 326 8.009850000E-02 +2306 +169 -168 -2307 imp:n=1 $ OFE radial fuelled region 6 18.5 - 19.5 cm 2577 327 8.005550000E-02 +2307 +169 -168 -2308 imp:n=1 $ OFE radial fuelled region 7 19.5 - 20.0 cm 2578 328 8.002710000E-02 +2308 +169 -168 -2309 imp:n=1 $ OFE radial fuelled region 8 20.0 - 20.5 cm 2579 329 8.000130000E-02 +2309 +169 -168 -2310 imp:n=1 $ OFE radial fuelled region 9 20.5 - 20.978 cm c c Top - Axial Layer 19 (-25.0 - -25.4 cm) 2581 311 8.005830000E-02 +2301 +200 -169 -2302 imp:n=1 $ OFE radial fuelled region 1 15.12951 - 15.5 cm 2582 312 8.008950000E-02 +2302 +200 -169 -2303 imp:n=1 $ OFE radial fuelled region 2 15.5 - 16.0 cm 2583 313 8.012280000E-02 +2303 +200 -169 -2304 imp:n=1 $ OFE radial fuelled region 3 16.0 - 16.5 cm 2584 314 8.015300000E-02 +2304 +200 -169 -2305 imp:n=1 $ OFE radial fuelled region 4 16.5 - 17.5 cm 2585 315 8.014370000E-02 +2305 +200 -169 -2306 imp:n=1 $ OFE radial fuelled region 5 17.5 - 18.5 cm 2586 316 8.009850000E-02 +2306 +200 -169 -2307 imp:n=1 $ OFE radial fuelled region 6 18.5 - 19.5 cm 2587 317 8.005550000E-02 +2307 +200 -169 -2308 imp:n=1 $ OFE radial fuelled region 7 19.5 - 20.0 cm 2588 318 8.002710000E-02 +2308 +200 -169 -2309 imp:n=1 $ OFE radial fuelled region 8 20.0 - 20.5 cm 2589 319 8.000130000E-02 +2309 +200 -169 -2310 imp:n=1 $ OFE radial fuelled region 9 20.5 - 20.978 cm c c 2619 200 8.01309E-02 +2310 +200 -100 -2311 imp:n=1 $outer unfuelled region 2500 20 6.02083E-02 +2311 +200 -100 -2400 imp:n=1 $OFE outer sidewall c 2610 72 8.01308E-02 +2300 +100 -101 -2311 imp:n=1 $OFE unfuelled - upper region 2611 3 1.00053E-01 +2300 +101 -199 -2311 imp:n=1 $water above OFE upper region 2612 73 7.96002E-02 +2300 +201 -200 -2311 imp:n=1 $OFE unfuelled - lower region 2613 1 9.89921E-02 +2300 +299 -201 -2311 imp:n=1 $water below OFE upper region c 2621 20 6.02083E-02 +2201 +202 -200 -2300 imp:n=1 $OFE inner sidewall lower extension 2623 1 9.89921E-02 +2201 +299 -202 -2300 imp:n=1 $water below OFE inner sidewall lower extension c 2631 20 6.02083E-02 +2201 +100 -102 -2300 imp:n=1 $OFE inner sidewall upper extension 2633 3 1.00053E-01 +2201 -199 +102 -2300 imp:n=1 $water above OFE inner sidewall outer extension c 2641 20 6.02083E-02 +2311 -200 +299 -2400 imp:n=1 $OFE outer sidewall-lower core support c 2651 20 6.02083E-02 +2311 +100 -199 -2400 imp:n=1 $OFE outer sidewall-upper core support c c c ------------------------------------------ c Region IV c c CONTROL ELEMENTS REGION (CR) c ------------------------------------------ c c c The control element is region-4 c The control element region (CR) consists of 2 thin-walled (0.25 in) c concentric cylindrical control elements. c The inner cylinder is used for both shim and regulation. This rod moves c upward to insert poison. c The outer control cylinder is divided into 4 quadrants, and is used for c shim and safety. c Each control rod contains three longitudinal (axial) regions. A black region c containing Europium (Eu-2O3), a gray region containing tantalum,and a c white region containing aluminum, all clad with aluminum, making it an c aluminum plate containing a black and gray cores. c Control elements position is set using surface transformation cards c (see CR surfaces). c c c ---------------------------- c Control Element Cell Cards c ---------------------------- c 3000 2 9.95227E-02 +2400 +200 -100 -3000 imp:n=1 $water between OFE outer sidewall and inner CR--active region 3001 3 1.00053E-01 +2400 -199 +100 -3000 imp:n=1 $water between OFE outer sidewall and inner CR--above active region 3002 1 9.89921E-02 +2400 +299 -200 -3000 imp:n=1 $water between OFE outer sidewall and inner CR--below active region c c Inner control element c 3100 3 1.00053E-01 +3000 +300 -199 -3003 imp:n=1 $Inner element--Upper H2O (assume to top of model) 3101 1 9.89921E-02 +3000 +299 -304 -3003 imp:n=1 $Inner element--Lower H2O (assume to bottom of model) c 3110 21 6.02083E-02 +3000 +304 -300 -3001 imp:n=1 $Inner element--Inner clad 3111 402 6.21902E-02 +3001 +301 -300 -3002 imp:n=1 $Inner element--Upper white region c 3112 21 6.02083E-02 -700 +701 +3001 +303 -301 -3002 imp:n=1 $Inner element-Al gap region 1 3113 21 6.02083E-02 703 -702 +3001 +303 -301 -3002 imp:n=1 $Inner element-Al gap region 2 c 3114 400 6.02937E-02 +700 +702 +3001 +302 -301 -3002 imp:n=1 $Inner element--Gray region--Quad 1 3115 401 6.13221E-02 +700 +702 +3001 +303 -302 -3002 imp:n=1 $Inner element--Black region--Quad 1 3116 400 6.02937E-02 -703 +700 +3001 +302 -301 -3002 imp:n=1 $Inner element--Gray region--Quad 2 3117 401 6.13221E-02 -703 +700 +3001 +303 -302 -3002 imp:n=1 $Inner element--Black region--Quad 2 3118 400 6.02937E-02 -701 -703 +3001 +302 -301 -3002 imp:n=1 $Inner element--Gray region--Quad 3 3119 401 6.13221E-02 -701 -703 +3001 +303 -302 -3002 imp:n=1 $Inner element--Black region--Quad 3 3120 400 6.02937E-02 702 -701 +3001 +302 -301 -3002 imp:n=1 $Inner element--Gray region--Quad 4 3121 401 6.13221E-02 702 -701 +3001 +303 -302 -3002 imp:n=1 $Inner element--Black region--Quad 4 c 3122 403 6.21521E-02 +3001 +304 -303 -3002 imp:n=1 $Inner element--Lower white region 3123 21 6.02083E-02 +3002 +304 -300 -3003 imp:n=1 $Inner element--Outer clad c c Water between control elements c 3200 2 9.95227E-02 +3003 +200 -100 -3004 imp:n=1 $water between inner CR and outer CR--active region 3201 3 1.00053E-01 +3003 -199 +100 -3004 imp:n=1 $water between inner CR and outer CR--above active region 3202 1 9.89921E-02 +3003 +299 -200 -3004 imp:n=1 $water between inner CR and outer CR--below active region c 3300 3 1.00053E-01 +3004 +310 -199 -3099 imp:n=1 $Outer element--Upper H2O (assume to top of model) 3301 1 9.89921E-02 +3004 +299 -314 -3099 imp:n=1 $Outer element--Lower H2O (assume to bottom of model) c 3302 70 8.01308E-02 -700 +701 +3004 +314 -310 -3099 imp:n=1 $Outer element--Total Water gap 1 (50% h2o,50% al) 3303 70 8.01308E-02 +703 -702 +3004 +314 -310 -3099 imp:n=1 $Outer element--Total Water gap 2 (50% h2o,50% al) c 3304 21 6.02083E-02 +700 +702 +3004 +314 -310 -3005 imp:n=1 $Outer element--Inner clad-Quad 1 3305 21 6.02083E-02 -703 +700 +3004 +314 -310 -3005 imp:n=1 $Outer element--Inner clad-Quad 2 3306 21 6.02083E-02 -701 -703 +3004 +314 -310 -3005 imp:n=1 $Outer element--Inner clad-Quad 3 3307 21 6.02083E-02 +702 -701 +3004 +314 -310 -3005 imp:n=1 $Outer element--Inner clad-Quad 4 c 3308 412 6.20415E-02 +700 +702 +3005 +311 -310 -3006 imp:n=1 $Outer element--Upper white region-Quad 1 3309 412 6.20415E-02 -703 +700 +3005 +311 -310 -3006 imp:n=1 $Outer element--Upper white region-Quad 2 3310 412 6.20415E-02 -701 -703 +3005 +311 -310 -3006 imp:n=1 $Outer element--Upper white region-Quad 3 3311 412 6.20415E-02 +702 -701 +3005 +311 -310 -3006 imp:n=1 $Outer element--Upper white region-Quad 4 c 3312 410 6.13221E-02 +700 +702 +3005 +312 -311 -3006 imp:n=1 $Outer element--Black region-Quad 1 3313 411 6.02804E-02 +700 +702 +3005 +313 -312 -3006 imp:n=1 $Outer element--Gray region-Quad 1 3314 410 6.13221E-02 -703 +700 +3005 +312 -311 -3006 imp:n=1 $Outer element--Black region-Quad 2 3315 411 6.02804E-02 -703 +700 +3005 +313 -312 -3006 imp:n=1 $Outer element--Gray region-Quad 2 3316 410 6.13221E-02 -701 -703 +3005 +312 -311 -3006 imp:n=1 $Outer element--Black region-Quad 3 3317 411 6.02804E-02 -701 -703 +3005 +313 -312 -3006 imp:n=1 $Outer element--Gray region-Quad 3 3318 410 6.13221E-02 +702 -701 +3005 +312 -311 -3006 imp:n=1 $Outer element--Black region-Quad 4 3319 411 6.02804E-02 +702 -701 +3005 +313 -312 -3006 imp:n=1 $Outer element--Gray region-Quad 4 c 3320 413 6.21463E-02 +700 +702 +3005 +314 -313 -3006 imp:n=1 $Outer element--Lower white region-Quad 1 3321 413 6.21463E-02 -703 +700 +3005 +314 -313 -3006 imp:n=1 $Outer element--Lower white region-Quad 2 3322 413 6.21463E-02 -701 -703 +3005 +314 -313 -3006 imp:n=1 $Outer element--Lower white region-Quad 3 3323 413 6.21463E-02 +702 -701 +3005 +314 -313 -3006 imp:n=1 $Outer element--Lower white region-Quad 4 c 3324 21 6.02083E-02 +700 +702 +3006 +314 -310 -3099 imp:n=1 $Outer element--Outer clad-Quad 1 3325 21 6.02083E-02 -703 +700 +3006 +314 -310 -3099 imp:n=1 $Outer element--Outer clad-Quad 2 3326 21 6.02083E-02 -701 -703 +3006 +314 -310 -3099 imp:n=1 $Outer element--Outer clad-Quad 3 3327 21 6.02083E-02 +702 -701 +3006 +314 -310 -3099 imp:n=1 $Outer element--Outer clad-Quad 4 c c c ------------------------------------------ c Region V c c REMOVABLE REFLECTOR REGION c ------------------------------------------ c c The removable reflector is region-5 c The Beryllium reflector region is divided into 2 radial regions: c the innermost is removable and can be replaced periodically. c The Beryllium reflectoris 24 cm in height. c The inner (removable) reflector dimensions are: c OD=23.756in ID=18.872in Height=24 cm c The reflector region has 20 vertical experiment facilities as follow: c Large removable beryllium (RB) ...........8 c Small removable beryllium (RB) ...........4 c Control-rod access plug facilities (CR) ...8 c c ----------------- c RB Cell Cards c ----------------- c c 4000 2 9.95227E-02 +3099 +201 -101 -4000 6350 6750 imp:n=1 $water just outside outer CR--core region 4001 3 1.00053E-01 +3099 -199 +101 -4000 imp:n=1 $water just outside outer CR--above core region 4002 1 9.89921E-02 +3099 +299 -201 -4000 imp:n=1 $water just outside outer CR--below core region c 4010 22 6.02083E-02 +4000 +201 -101 -4001 6350 6750 imp:n=1 $Al clad of removable refl. reg. 1--core region 4011 3 1.00053E-01 +4000 -199 +101 -4001 imp:n=1 $water--above al clad 4012 1 9.89921E-02 +4000 +299 -201 -4001 imp:n=1 $water--below al clad c c Removable Be Reflector Reg. 1 c ----------------------------- 4020 101 1.23607E-01 +4001 +201 -101 -4002 6300 6350 6500 6550 6700 6750 6900 6950 imp:n=1 $removable refl. reg. 1--core region 4021 6 1.00053E-01 +4001 -199 +101 -4002 imp:n=1 $water--above removable refl. reg. 1 4022 4 9.89921E-02 +4001 +299 -201 -4002 imp:n=1 $water--below removable refl. reg. 1 c 4030 5 9.95227E-02 +4002 +201 -101 -4003 6300 6350 6500 6550 6700 6750 6900 6950 imp:n=1 $water region--core region 4031 6 1.00053E-01 +4002 -199 +101 -4003 imp:n=1 $water region--above core region 4032 4 9.89921E-02 +4002 +299 -201 -4003 imp:n=1 $water region--below core region c c Removable Be Reflector Reg. 2 c ----------------------------- 4040 102 1.23607E-01 +4003 +201 -101 -4004 6300 6350 6500 6550 6700 6750 6900 6950 6400 6600 6800 7000 imp:n=1 $removable refl. reg. 2--core region 4041 6 1.00053E-01 +4003 -199 +101 -4004 imp:n=1 $water--above removable refl. reg. 2 4042 4 9.89921E-02 +4003 +299 -201 -4004 imp:n=1 $water--below removable refl. reg. 2 c 4050 5 9.95227E-02 +4004 +201 -101 -4005 6300 6350 6500 6550 6700 6750 6900 6950 imp:n=1 $water region--core region 4051 6 1.00053E-01 +4004 -199 +101 -4005 imp:n=1 $water region--above core region 4052 4 9.89921E-02 +4004 +299 -201 -4005 imp:n=1 $water region--below core region c c Removable Be Reflector Reg. 3 c ----------------------------- 4060 103 1.23607E-01 +4005 +201 -101 -4006 6300 6350 6500 6550 6700 6750 6900 6950 imp:n=1 $removable refl. reg. 3--core region 4061 6 1.00053E-01 +4005 -199 +101 -4006 imp:n=1 $water--above removable refl. reg. 3 4062 4 9.89921E-02 +4005 +299 -201 -4006 imp:n=1 $water--below removable refl. reg. 3 c 4070 5 9.95227E-02 +4006 +201 -101 -4007 6350 6750 imp:n=1 $water region--core region 4071 6 1.00053E-01 +4006 -199 +101 -4007 imp:n=1 $water region--above core region 4072 4 9.89921E-02 +4006 +299 -201 -4007 imp:n=1 $water region--below core region c c Semi-permanent Be Reflector Region c ---------------------------------- c 4080 104 1.23607E-01 +4007 +201 -101 -4008 $semi-permanent refl. reg.--core region c #(-7915) #(-8015) #(-8105) 6350 6750 c 7100 7200 7300 7400 7500 7600 7700 7800 imp:n=1 $ CR positions 4081 6 1.00053E-01 +4007 -199 +101 -4008 imp:n=1 $water--above semi-permanent refl. reg. 4082 4 9.89921E-02 +4007 +299 -201 -4008 imp:n=1 $water--below semi-permanent refl. reg. c c 4090 5 9.95227E-02 +4008 +201 -101 -4009 $water region--core region c #(-7915) #(-8015) #(-8105) imp:n=1 4091 6 1.00053E-01 +4008 -199 +101 -4009 imp:n=1 $water region--above core region 4092 4 9.89921E-02 +4008 +299 -201 -4009 imp:n=1 $water region--below core region c 4080 104 0.123607 4007 +201 -101 -4008 $ Semi-permanent region with CR positions 8864 #(-8862 8856 -8855) #(-8861 -8856) $ new HB 1 cutout 8830 #(-8822 8842 -8844) #(-8821 8844) $ new HB 4 cutout 7915 8015 $ HB 2, 3 cutouts 7100 7200 7300 7400 7500 7600 7700 7800 imp:n=1 $ control rod access plugs 4090 1 -1.0 4008 +201 -101 -4009 $ water gap 8864 #(-8862 8856 -8855) #(-8861 -8856) $ new HB 1 cutout 8830 #(-8822 8842 -8844) #(-8821 8844) $ new HB 4 cutout 7915 8015 imp:n=1 $ HB 2, 3 cutouts c c c ------------------------------ c Removable Beryllium Facilities c ------------------------------ c c RB-1A (Large Removable Be Facility) 6300 24 6.02083E-02 +6301 +201 -101 -6300 imp:n=1 $liner--core region 6301 33 1.23607E-01 -6301 +201 -101 imp:n=1 $inside liner-- core region c c RB-1B (Large Removable Be Facility) 6350 24 6.02083E-02 +6351 +201 -101 -6350 imp:n=1 $liner--core region 6351 530 6.02423E-02 -6351 +201 -101 imp:n=1 $inside liner--dummy Al target c c RB-2 (Small Removable Be Facility) 6400 33 1.23607E-01 -6400 +201 -101 imp:n=1 $hole--core region c c RB-3A (Large Removable Be Facility) 6500 24 6.02083E-02 +6501 +201 -101 -6500 imp:n=1 $liner--core region 6501 530 6.02423E-02 -6501 +201 -101 imp:n=1 $inside liner--dummy Al target c c RB-3B (Large Removable Be Facility) 6550 24 6.02083E-02 +6551 +201 -101 -6550 imp:n=1 $liner--core region 6551 530 6.02423E-02 -6551 +201 -101 imp:n=1 $inside liner--dummy Al target c c RB-4 (Small Removable Be Facility) 6600 33 1.23607E-01 -6600 +201 -101 imp:n=1 $hole--core region c c RB-5A (Large Removable Be Facility) 6700 24 6.02083E-02 +6701 +201 -101 -6700 imp:n=1 $liner--core region 6701 33 1.23607E-01 -6701 +201 -101 imp:n=1 $inside liner--core region c c RB-5B (Large Removable Be Facility) 6750 24 6.02083E-02 +6751 +201 -101 -6750 imp:n=1 $liner--core region 6751 33 1.23607E-01 -6751 +201 -101 imp:n=1 $inside liner--core region c c RB-6 (Small Removable Be Facility) 6800 33 1.23607E-01 -6800 +201 -101 imp:n=1 $hole--core region c c RB-7A (RB-J17 loading in Large Removable Be Facility) 6900 38 -7.68237 +6901 +201 -101 -6900 imp:n=1 $liner--core region 6901 39 -4.66136 -6901 +201 -101 imp:n=1 $inside liner--core region c c RB-7B (Large Removable Be Facility) 6950 24 6.02083E-02 +6951 +201 -101 -6950 imp:n=1 $liner--core region 6951 530 6.02423E-02 -6951 +201 -101 imp:n=1 $inside liner--dummy Al target c c RB-8 (Small Removable Be Facility) 7000 33 1.23607E-01 -7000 +201 -101 imp:n=1 $hole--core region c c ---------------------------- c RB Control Rod Access Plugs c ---------------------------- c c CR-1 or CR-1A (Control Rod Access Plug 1) 7100 33 1.23607E-01 -7100 +201 -101 imp:n=1 $hole--core region c c CR-2 or CR-1B 7200 33 1.23607E-01 -7200 +201 -101 imp:n=1 $hole--core region c c CR-3 or CR-2A 7300 33 1.23607E-01 -7300 +201 -101 imp:n=1 $hole--core region c #(-32003 -32002 +32004) c c CR-4 or CR-2B 7400 33 1.23607E-01 -7400 +201 -101 imp:n=1 $hole--core region c c CR-5 or CR-3A 7500 33 1.23607E-01 -7500 +201 -101 imp:n=1 $hole--core region c c CR-6 or CR-3B 7600 33 1.23607E-01 -7600 +201 -101 imp:n=1 $hole--core region c c CR-7 or CR-4A 7700 33 1.23607E-01 -7700 +201 -101 imp:n=1 $hole--core region c c CR-8 or CR-4B 7800 33 1.23607E-01 -7800 +201 -101 imp:n=1 $hole--core region c c c -------------------------------------------- c Region VI c c PERMANENT REFLECTOR REGION c -------------------------------------------- c c The permanent is region-6 c The Beryllium reflector region is devided into 2 radial regions: c the outermost is permanent. c The outer (permanent) reflector dimensions are OD=43.0 Height=24cm c The reflector region has 4 engineering facilities and c 22 vertical experiment facilities as follow: c Large VXF 6 c Inner small VXF 11 c outer small VXF 5 c many parts of this region were modeled by Pepplow c C ----------------------- C Permanent Be Reflector C ----------------------- 4104 6 1.00053E-01 4009 -4010 -199 +101 #(-4800 -199 +101) imp:n=1 $ above outer relfector 4105 4 9.89921E-02 4009 -4010 +299 -201 imp:n=1 $ below outer relfector 9001 105 0.123156 4009 -4050 +201 -101 $ the basic shape 8864 #(-8862 8856 -8855) #(-8861 -8856) $ new HB 1 cutout 7915 #(-7906 -7950) #(-7905 -7949) $ HB 2 #(-8006 8050 -8026) #(-8005 8026) 8015 $ HB 3 8830 #(-8822 8842 -8844) #(-8821 8844) imp:n=1 $ new HB 4 cutout 9002 106 0.123156 4050 -4051 +201 -101 $ the basic shape 4200 4400 4600 4800 5000 5200 5400 5600 5900 6100 6250 $ ring 2/3 vertical experiments (small) 4300 4500 4900 5100 5300 $ ring 3/4/5 vertical experiments (small) 8864 #(-8862 8856 -8855) #(-8861 -8856) $ new HB 1 cutout 7915 #(-7906 -7950) #(-7905 -7949) $ HB 2 #(-8006 8050 -8026) #(-8005 8026) 8015 $ HB 3 8830 #(-8822 8842 -8844) #(-8821 8844) imp:n=1 $ new HB 4 cutout 9003 107 0.123156 4051 -4052 +201 -101 $ the basic shape 4200 4400 4600 4800 5000 5200 5400 5600 5900 6100 6250 $ ring 2/3 vertical experiments (small) 4300 4500 4900 5100 5300 $ ring 3/4/5 vertical experiments (small) 8864 #(-8862 8856 -8855) #(-8861 -8856) $ new HB 1 cutout 7915 #(-7906 -7950) #(-7905 -7949) $ HB 2 #(-8006 8050 -8026) #(-8005 8026) 8015 $ HB 3 8830 #(-8822 8842 -8844) #(-8821 8844) imp:n=1 $ new HB 4 cutout 9004 108 0.123156 4052 -4053 +201 -101 $ the basic shape 4300 4500 4900 5100 5300 $ ring 3/4/5 vertical experiments (small) 4700 5500 5700 5800 6000 6200 $ ring 4/5/6 vertical experiments (large) 8864 #(-8862 8856 -8855) #(-8861 -8856) $ new HB 1 cutout 7915 #(-7906 -7950) #(-7905 -7949) $ HB 2 #(-8006 8050 -8026) #(-8005 8026) 8015 $ HB 3 8830 #(-8822 8842 -8844) #(-8821 8844) imp:n=1 $ new HB 4 cutout 9005 109 0.123156 4053 -4054 +201 -101 $ the basic shape 4300 4500 4900 5100 5300 $ ring 3/4/5 vertical experiments (small) 4700 5500 5700 5800 6000 6200 $ ring 4/5/6 vertical experiments (large) 8864 #(-8862 8856 -8855) #(-8861 -8856) $ new HB 1 cutout 7915 #(-7906 -7950) #(-7905 -7949) $ HB 2 #(-8006 8050 -8026) #(-8005 8026) 8015 $ HB 3 8830 #(-8822 8842 -8844) #(-8821 8844) imp:n=1 $ new HB 4 cutout 9006 110 0.123156 4054 -4055 +201 -101 $ the basic shape 4700 5500 5700 5800 6000 6200 $ ring 4/5/6 vertical experiments (large) 8864 #(-8862 8856 -8855) #(-8861 -8856) $ new HB 1 cutout 7915 #(-7906 -7950) #(-7905 -7949) $ HB 2 #(-8006 8050 -8026) #(-8005 8026) 8015 $ HB 3 8830 #(-8822 8842 -8844) #(-8821 8844) $ new HB 4 cutout 8214 8234 imp:n=1 $ EF 1, 2 9007 111 0.123156 4055 -4010 +201 -101 $ the basic shape 8864 #(-8862 8856 -8855) #(-8861 -8856) $ new HB 1 cutout 7915 #(-7906 -7950) #(-7905 -7949) $ HB 2 #(-8006 8050 -8026) #(-8005 8026) 8015 $ HB 3 8830 #(-8822 8842 -8844) #(-8821 8844) $ new HB 4 cutout 8214 8234 imp:n=1 $ EF 1, 2 c C ------------------------------------ C Water reflectors and pressure vessel C ------------------------------------ 4110 7 1.00053E-01 4010 -4011 +299 -199 $ bit of water #(8840 -8821) 8861 $ HB 1, 4 #(-8214 201 -101) $ EF 1 #(-8234 201 -101) $ EF 2 #(-7905 -7950) #(-8005 8026) imp:n=1 $ HB 2,3 4120 24 6.02083E-02 4011 -4012 +299 -199 $ Reflector Container #(8840 -8821) 8861 $ HB 1, 4 #(-8214 201 -101) $ EF 1 #(-8234 201 -101) $ EF 2 #(-7905 -7950) #(-8005 8026) imp:n=1 $ HB 2,3 4130 7 1.00053E-01 4012 -4013 +299 -199 $ water #8215 #8235 #(-4018 +4012 -8840 -8875) $ HB 1 #(-8003 8024) $ HB 2 #(-7903 -7950) #(7932 -7931 -7934) #(-7936 -7932) $ HB 3 #(-8900 +4012 +8840 -8800) $ HB 4 #(-8214 201 -101) $ EF 1 #(-8234 201 -101) imp:n=1 $ EF 2 4133 7 1.00053E-01 7938 4013 -7937 -7931 7936 imp:n=1 $ 4140 40 8.62373E-02 4013 -4014 +299 -199 $ Pressure Vessel (inner liner) #(-4018 +4012 -8840 -8875) $ HB 1 #(-8003 8024) $ HB 2 #(-7903 -7950) #(-7937 -7931) $ HB 3 #(-8900 +4012 +8840 -8800) imp:n=1 $ HB 4 4150 50 -8.16 4014 -4015 +299 -199 $ Pressure Vessel #(-4018 +4012 -8840 -8875) $ HB 1 #(-8003 8024) $ HB 2 #(-7903 -7950) #(-7937 -7931) $ HB 3 #(-8900 +4012 +8840 -8800) imp:n=1 $ HB 4 4153 50 -8.16 7938 4015 7937 -7939 -7931 imp:n=1 $ 4160 40 8.62373E-02 4015 -4016 +299 -199 $ Pressure Vessel (outer liner) #(-4018 +4012 -8840 -8875) $ HB 1 #(-8003 8024) $ HB 2 #(-7939 -7931) $ HB 2 nozzle opening #(-7903 -7950) #(-7937 -7931) $ HB 3 #(-8900 +4012 +8840 -8800) imp:n=1 $ HB 4 4170 8 1.01074E-01 +4016 -4017 +299 -199 $ pool #(+8900 -8910 -4018) $ HB 1 #(-7936 -7950) #(7938 -7939 -7931) $ HB 2 #(-8003 8024) $ HB 3 #(+8900 -8910 -4018) $ HB 1 #(-4018 +4012 -8840 -8875) $ HB 4 #(-8900 +4012 +8840 -8800) imp:n=1 $ HB 4 c C -------------------------------- C VXF - located in outer reflector C -------------------------------- c VXF-1 (Small Vertical Experiment Facility) (water filled, ss liner) 4200 24 6.02083E-02 +4201 +201 -101 -4200 imp:n=1 $liner--core region 4201 9 9.95227E-02 -4201 +201 -101 +4202 imp:n=1 $water 4202 40 8.62373E-02 -4202 +201 -101 +4203 imp:n=1 $ss liner 4203 9 9.95227E-02 -4203 +201 -101 imp:n=1 $inside liner--core region c VXF-2 (Small Vertical Experiment Facility) 4300 24 6.02083E-02 +4301 +201 -101 -4300 imp:n=1 $liner--core region 4301 33 1.23607E-01 -4301 +201 -101 imp:n=1 $inside liner--core region c VXF-3 (Small Vertical Experiment Facility) (water filled, ss liner) 4400 24 6.02083E-02 +4401 +201 -101 -4400 imp:n=1 $liner--core region 4401 9 9.95227E-02 -4401 +201 -101 +4402 imp:n=1 $water 4402 40 8.62373E-02 -4402 +201 -101 +4403 imp:n=1 $ss liner 4403 9 9.95227E-02 -4403 +201 -101 imp:n=1 $inside liner--core region c VXF-4 (Small Vertical Experiment Facility) 4500 24 6.02083E-02 +4501 +201 -101 -4500 imp:n=1 $liner--core region 4501 33 1.23607E-01 -4501 +201 -101 imp:n=1 $inside liner--core region c VXF-5 (Small Vertical Experiment Facility) (water filled, ss liner) 4600 24 6.02083E-02 +4601 +201 -101 -4600 imp:n=1 $liner--core region 4601 9 9.95227E-02 -4601 +201 -101 +4602 imp:n=1 $water 4602 40 8.62373E-02 -4602 +201 -101 +4603 imp:n=1 $ss liner 4603 9 9.95227E-02 -4603 +201 -101 imp:n=1 $inside liner--core region c VXF-6 (Large Vertical Experiment Facility) 4700 24 6.02083E-02 +4701 +201 -101 -4700 imp:n=1 $liner--core region 4701 33 1.23607E-01 -4701 +201 -101 imp:n=1 $inside liner--core region c VXF-7 (Small Vertical Experiment Facility--Vertical Irradiation Facility) 4800 24 6.02083E-02 +4801 +201 -101 -4800 imp:n=1 $liner--core region 4801 60 2.00000-15 -4801 +201 -101 +4802 imp:n=1 $air space--core region 4802 24 6.02083E-02 -4802 +201 -101 +4803 imp:n=1 $flight tube--core region 4803 60 2.00000-15 -4803 +201 -101 4809 imp:n=1 $inside flight tube--core region 4809 60 2.00000-15 -4809 imp:n=1 4804 24 6.02083E-02 +4801 -199 +101 -4800 imp:n=1 $liner--above core region 4805 60 2.00000-15 -4801 -199 +101 +4802 imp:n=1 $air space--above core region 4806 24 6.02083E-02 -4802 -199 +101 +4803 imp:n=1 $flight tube--above core region 4807 60 2.00000-15 -4803 -199 +101 imp:n=1 $inside flight tube--above core region c VXF-8 (Small Vertical Experiment Facility) 4900 24 6.02083E-02 +4901 +201 -101 -4900 imp:n=1 $liner--core region 4901 33 1.23607E-01 -4901 +201 -101 imp:n=1 $inside liner--core region c VXF-9 (Small Vertical Experiment Facility) (water filled, ss liner) 5000 24 6.02083E-02 +5001 +201 -101 -5000 imp:n=1 $liner--core region 5001 9 9.95227E-02 -5001 +201 -101 +5002 imp:n=1 $water 5002 40 8.62373E-02 -5002 +201 -101 +5003 imp:n=1 $ss liner 5003 9 9.95227E-02 -5003 +201 -101 imp:n=1 $inside liner--core region c VXF-10 (Small Vertical Experiment Facility) 5100 24 6.02083E-02 +5101 +201 -101 -5100 imp:n=1 $liner--core region 5101 33 1.23607E-01 -5101 +201 -101 imp:n=1 $inside liner--core region c VXF-11 (Small Vertical Experiment Facility) (water filled, ss liner) 5200 24 6.02083E-02 +5201 +201 -101 -5200 imp:n=1 $liner--core region 5201 9 9.95227E-02 -5201 +201 -101 +5202 imp:n=1 $water 5202 40 8.62373E-02 -5202 +201 -101 +5203 imp:n=1 $ss liner 5203 9 9.95227E-02 -5203 +201 -101 imp:n=1 $inside liner--core region c VXF-12 (Small Vertical Experiment Facility) 5300 24 6.02083E-02 +5301 +201 -101 -5300 imp:n=1 $liner--core region 5301 33 1.23607E-01 -5301 +201 -101 imp:n=1 $inside liner--core region c VXF-13 (Small Vertical Experiment Facility) (water filled, ss liner) 5400 24 6.02083E-02 +5401 +201 -101 -5400 imp:n=1 $liner--core region 5401 9 9.95227E-02 -5401 +201 -101 +5402 imp:n=1 $water 5402 40 8.62373E-02 -5402 +201 -101 +5403 imp:n=1 $ss liner 5403 9 9.95227E-02 -5403 +201 -101 imp:n=1 $inside liner--core region c VXF-14 (Large Vertical Experiment Facility) 5500 24 6.02083E-02 +5501 +201 -101 -5500 imp:n=1 $liner--core region 5501 33 1.23607E-01 -5501 +201 -101 imp:n=1 $inside liner--core region c VXF-15 (Small Vertical Experiment Facility) (water filled, ss liner) 5600 24 6.02083E-02 +5601 +201 -101 -5600 imp:n=1 $liner--core region 5601 9 9.95227E-02 -5601 +201 -101 +5602 imp:n=1 $water 5602 40 8.62373E-02 -5602 +201 -101 +5603 imp:n=1 $ss liner 5603 9 9.95227E-02 -5603 +201 -101 imp:n=1 $inside liner--core region c VXF-16 (Large Vertical Experiment Facility) 5700 24 6.02083E-02 +5701 +201 -101 -5700 imp:n=1 $liner--core region 5701 33 1.23607E-01 -5701 +201 -101 imp:n=1 $inside liner--core region c VXF-17 (Large Vertical Experiment Facility) 5800 24 6.02083E-02 +5801 +201 -101 -5800 imp:n=1 $liner--core region 5801 33 1.23607E-01 -5801 +201 -101 imp:n=1 $inside liner--core region c VXF-18 (Small Vertical Experiment Facility) (water filled, ss liner) 5900 24 6.02083E-02 +5901 +201 -101 -5900 imp:n=1 $liner--core region 5901 9 9.95227E-02 -5901 +201 -101 +5902 imp:n=1 $water 5902 40 8.62373E-02 -5902 +201 -101 +5903 imp:n=1 $ss liner 5903 9 9.95227E-02 -5903 +201 -101 imp:n=1 $inside liner--core region c VXF-19 (Large Vertical Experiment Facility) 6000 24 6.02083E-02 +6001 +201 -101 -6000 imp:n=1 $liner--core region 6001 33 1.23607E-01 -6001 +201 -101 imp:n=1 $inside liner--core region c VXF-20 (Small Vertical Experiment Facility) (water filled, ss liner) 6100 24 6.02083E-02 +6101 +201 -101 -6100 imp:n=1 $liner--core region 6101 9 9.95227E-02 -6101 +201 -101 +6102 imp:n=1 $water 6102 40 8.62373E-02 -6102 +201 -101 +6103 imp:n=1 $ss liner 6103 9 9.95227E-02 -6103 +201 -101 imp:n=1 $inside liner--core region c VXF-21 (Large Vertical Experiment Facility) 6200 24 6.02083E-02 +6201 +201 -101 -6200 imp:n=1 $liner--core region 6201 33 1.23607E-01 -6201 +201 -101 imp:n=1 $inside liner--core region c VXF-22 (Small Vertical Experiment Facility) (water filled, ss liner) 6250 24 6.02083E-02 +6251 +201 -101 -6250 imp:n=1 $liner--core region 6251 9 9.95227E-02 -6251 +201 -101 +6252 imp:n=1 $water 6252 40 8.62373E-02 -6252 +201 -101 +6253 imp:n=1 $ss liner 6253 9 9.95227E-02 -6253 +201 -101 imp:n=1 $inside liner--core region c C ----------------------------------- C Horizontal Beam Tube 1 - simplified C ----------------------------------- 1200 60 2.00000E-15 -8880 8851 imp:n=1 1201 60 2.00000E-15 -8870 -8851 -4018 imp:n=1 1211 24 6.02083E-02 8881 -8883 8853 -8850 imp:n=1 1212 24 6.02083E-02 8880 -8881 8851 imp:n=1 1213 24 6.02083E-02 8870 -8881 8853 -8851 imp:n=1 1214 24 6.02083E-02 8870 -8875 8860 -8853 imp:n=1 1280 24 6.02083E-02 8870 -8875 -8860 -4018 imp:n=1 1301 5 9.95227E-02 8883 -8865 8855 imp:n=1 1302 5 9.95227E-02 8881 -8883 8850 imp:n=1 1311 5 9.95227E-02 8883 -8863 8853 -8855 imp:n=1 1321 5 9.95227E-02 8875 -8863 8860 -8853 imp:n=1 1380 5 9.95227E-02 8875 -8863 -8860 -4012 imp:n=1 1401 24 6.02083E-02 8865 -8864 +8855 imp:n=1 1412 24 6.02083E-02 8863 -8862 -8855 8853 imp:n=1 1421 24 6.02083E-02 8863 -8862 8856 -8853 imp:n=1 1441 24 6.02083E-02 8863 -8861 8860 -8856 imp:n=1 1480 24 6.02083E-02 8863 -8861 -8860 -4012 imp:n=1 c C ----------------------------------- C Horizontal Beam Tube 2 - simplified C ----------------------------------- 7901 24 6.02083E-02 7900 -7903 7931 -7952 7991 imp:n=1 7902 24 6.02083E-02 7932 -7931 7933 -7934 imp:n=1 7903 24 6.02083E-02 7935 -7936 -7932 -4018 imp:n=1 7905 60 2.00000E-15 -7900 7925 7931 -7924 imp:n=1 7906 60 2.00000E-15 7932 -7931 -7933 imp:n=1 7907 60 2.00000E-15 -7935 -4018 -7932 imp:n=1 7910 60 2.0E-15 ((-7910 7951):(-7900 7924 -7951)) #(7920:7921) 7990 imp:n=1 c Be insert inside tip of HB-2, Piece 1 7921 105 0.123156 (-7910:(-7900 7924 -7951)) 7920 -4050 vol=1.218840 imp:n=1 $ Vol of Cell 7921 7922 106 0.123156 (-7910:(-7900 7924 -7951)) 7920 4050 -4051 vol=46.72155 imp:n=1 $ Vol of Cell 7922 7923 107 0.123156 (-7910:(-7900 7924 -7951)) 7920 4051 -4052 vol=101.8250 imp:n=1 $ Vol of Cell 7923 7924 108 0.123156 (-7910:(-7900 7924 -7951)) 7920 4052 -4053 vol=114.5370 imp:n=1 $ Vol of Cell 7924 7925 109 0.123156 (-7910:(-7900 7924 -7951)) 7920 4053 -4054 vol=101.9935 imp:n=1 $ Vol of Cell 7925 7926 110 0.123156 (-7910:(-7900 7924 -7951)) 7920 4054 -4055 vol=88.76903 imp:n=1 $ Vol of Cell 7926 7927 111 0.123156 (-7910:(-7900 7924 -7951)) 7920 4055 vol=87.04347 imp:n=1 $ Vol of Cell 7927 c Be insert inside tip of HB-2, Piece 2 7931 105 0.123156 (-7910:(-7900 7924 -7951)) 7921 -4050 vol=1.218840 imp:n=1 $ Vol of Cell 7931 7932 106 0.123156 (-7910:(-7900 7924 -7951)) 7921 4050 -4051 vol=46.72155 imp:n=1 $ Vol of Cell 7932 7933 107 0.123156 (-7910:(-7900 7924 -7951)) 7921 4051 -4052 vol=101.8250 imp:n=1 $ Vol of Cell 7933 7934 108 0.123156 (-7910:(-7900 7924 -7951)) 7921 4052 -4053 vol=114.5370 imp:n=1 $ Vol of Cell 7934 7935 109 0.123156 (-7910:(-7900 7924 -7951)) 7921 4053 -4054 vol=101.9935 imp:n=1 $ Vol of Cell 7935 7936 110 0.123156 (-7910:(-7900 7924 -7951)) 7921 4054 -4055 vol=88.76903 imp:n=1 $ Vol of Cell 7936 7937 111 0.123156 (-7910:(-7900 7924 -7951)) 7921 4055 vol=87.04347 imp:n=1 $ Vol of Cell 7937 c 79401 24 6.02083E-02 7910 -7911 7951 imp:n=1 79402 24 6.02083E-02 7900 -7911 7952 -7951 imp:n=1 79403 24 6.02083E-02 7911 -7913 7952 -7953 imp:n=1 79404 24 6.02083E-02 7900 -7903 -7952 -7991 imp:n=1 79501 5 9.95227E-02 7913 -7914 7950 imp:n=1 79502 5 9.95227E-02 7913 -7904 7952 -7950 imp:n=1 79503 5 9.95227E-02 7911 -7913 7953 imp:n=1 79504 5 9.95227E-02 -7904 -4012 -7952 7903 imp:n=1 79601 24 6.02083E-02 7904 -7905 -7949 -4012 imp:n=1 79602 24 6.02083E-02 7904 -7906 7949 -7950 imp:n=1 79603 24 6.02083E-02 7914 -7915 7950 imp:n=1 7997 60 2.00000E-15 -7990 imp:n=1 c C ----------------------------------- C Horizontal Beam Tube 3 - simplified C ----------------------------------- 1600 60 2.00000E-15 -8010 -8022 imp:n=1 1603 60 2.00000E-15 -8000 8022 -4018 imp:n=1 1601 24 6.02083E-02 8011 -8013 -8024 8021 imp:n=1 1602 24 6.02083E-02 8010 -8011 -8022 imp:n=1 1612 24 6.02083E-02 8000 -8011 8022 -8024 imp:n=1 1660 24 6.02083E-02 8000 -8003 8024 -4018 imp:n=1 1701 5 9.95227E-02 8013 -8014 -8050 -8007 imp:n=1 1702 5 9.95227E-02 8011 -8013 -8021 -8007 imp:n=1 1711 5 9.95227E-02 8013 -8004 8050 -8024 imp:n=1 1712 5 9.95227E-02 8013 -8014 -8050 8007 imp:n=1 1721 5 9.95227E-02 8003 -8004 8024 -4012 imp:n=1 1801 24 6.02083E-02 8014 -8015 -8050 imp:n=1 1811 24 6.02083E-02 8004 -8006 8050 -8026 imp:n=1 1860 24 6.02083E-02 8004 -8005 8026 -4012 imp:n=1 c C ----------------------------------- C Horizontal Beam Tube 4 - simplified C ----------------------------------- 8800 60 2.00000E-15 ((-8835 +8602 -8625) :(-8817 +8604 +8625 -8630) :(-8817 +8630 -8845 +8622 +8624) :(-8810 +8845 -8846 +8622 +8624) :(-8803 +8846 -8901 +8622 +8624)) #(8604 -86254 86252 -86253) imp:n=1 9101 24 6.02083E-02 -8834 8835 -8625 imp:n=1 9112 24 6.02083E-02 -8834 8817 -8842 8625 imp:n=1 9113 24 6.02083E-02 -8816 8817 8842 -8843 8604 imp:n=1 88171 24 6.02083E-02 -8802 8803 8846 -8901 imp:n=1 9121 24 6.02083E-02 -8814 8817 8843 -8845 imp:n=1 9201 24 6.02083E-02 8834 -8842 -8833 imp:n=1 9202 24 6.02083E-02 8833 -8832 8841 -8843 imp:n=1 9203 24 6.02083E-02 8604 8816 8842 -8843 -8833 imp:n=1 88341 24 6.02083E-02 -8807 8810 8845 -8846 -8800 imp:n=1 88343 24 6.02083E-02 -8800 8802 8846 -8900 imp:n=1 88431 5 9.95227E-02 -8823 8814 8843 -4012 imp:n=1 8844 5 9.95227E-02 -8800 4012 8840 8814 -8845 imp:n=1 8845 5 9.95227E-02 -8800 8807 8845 imp:n=1 9301 5 9.95227E-02 -8831 8833 -8842 #(-8832 8841) -8604 imp:n=1 9311 5 9.95227E-02 8832 -8831 -8842 8604 imp:n=1 9312 5 9.95227E-02 8832 8842 -8843 -8823 8604 imp:n=1 88531 24 6.02083E-02 -8821 8823 8555 -4012 imp:n=1 9401 24 6.02083E-02 -8830 8831 -8842 imp:n=1 9411 24 6.02083E-02 -8822 8823 8842 -8844 imp:n=1 9441 24 6.02083E-02 -8821 8823 8844 -8554 imp:n=1 9461 24 6.02083E-02 -8821 8823 8554 -8555 -4012 vol=182.4375 imp:n=1 c C ------------------------ C Cold Source - simplified C ------------------------ 86011 560 -0.0726 ((-8601 -86251):(86251 -8625 -8603)) #(-8606 -8608) vol=222.3432 imp:n=1 86021 24 6.02083E-02 ((-8602 8601 -86251):(86251 -8625 -8602 8603)) imp:n=1 8603 60 2.00000E-15 -8605 -8607 -8626 vol=89.8163 imp:n=1 86041 24 6.02083E-02 -8606 -8608 -8626 #(-8605 -8607) vol=18.3353 imp:n=1 86051 560 -0.0726 -8603 8625 -8626 #(-8606 -8608) vol=134.55 imp:n=1 86061 24 6.02083E-02 -8604 8603 8625 -8626 imp:n=1 86062 24 6.02083E-02 86252 -86253 -86254 8604 imp:n=1 8607 60 2.0E-15 -8620 ((-8611 -8609 8626 #(-8627 (86271:86272))) : (-8604 (8616:8618))) vol=412.290 imp:n=1 86083 20 -2.7 -8612 -8610 #(-8611 -8609) -8618 -8616 8626 -8620 vol=34.6019 imp:n=1 86085 24 6.02083E-02 -8627 -8611 (86271:86272) vol=6.277 imp:n=1 86091 560 -0.0726 (-8603 #(-8612 -8610) -8617 -8615 8626 -8620) vol=98.0855 imp:n=1 86101 24 6.02083E-02 -8604 8603 -8618 -8616 8626 -8620 vol=30.3465 imp:n=1 86111 24 6.02083E-02 -8603 #(-8612 -8610) -8620 ((8617 -8618):(8615 -8616)) vol=9.3975 imp:n=1 c Inlet/Outlet nozzlE and stub region 8612 60 2.0E-15 -8604 ((8620 -8629 #(-86221 8611) #(-86241 8611)) :(8629 -8630 8622 8624)) vol=274.2948 imp:n=1 86135 560 -0.0726 -8623 8620 -8630 imp:n=1 86145 24 6.02083E-02 -86241 8623 8620 -8629 -8604 8611 vol=2.53774 imp:n=1 86155 24 6.02083E-02 -8624 8623 8629 -8630 imp:n=1 86136 560 -0.0726 -8621 8620 -8630 imp:n=1 86146 24 6.02083E-02 -86221 8621 8620 -8629 -8604 8611 vol=2.53774 imp:n=1 86156 24 6.02083E-02 -8622 8621 8629 -8630 vol=0.430958 imp:n=1 c Inlet/Outlet coolant tubes 86137 560 -0.0726 -8623 8630 -8901 imp:n=1 86157 24 6.02083E-02 -8624 8623 8630 -8901 imp:n=1 86138 560 -0.0726 -8621 8630 -8901 imp:n=1 86158 24 6.02083E-02 -8622 8621 8630 -8901 imp:n=1 c C ------------------------------------------------------------------------- C Portion of HB-4 beam tube and other in-tube components way out past vessel C ------------------------------------------------------------------------- 8900 24 6.02083E-02 -8910 8802 8900 -8901 imp:n=1 8901 24 6.02083E-02 -8910 8911 8901 -8905 imp:n=1 8902 24 6.02083E-02 -8912 8803 8901 -8902 imp:n=1 8903 24 6.02083E-02 -8803 8901 -8903 imp:n=1 8904 24 6.02083E-02 -8803 8904 -8905 imp:n=1 8905 24 6.02083E-02 -8911 8803 8904 -8905 imp:n=1 8906 60 2.00000E-15 -8911 8901 -8904 #8902 #8903 imp:n=1 8907 60 2.00000E-15 -8910 8905 -4018 imp:n=1 c C ------------------------------------ C Engineering Facilities (Slant tubes) C ------------------------------------ 8210 7 1.00053E-01 -8210 +201 -101 imp:n=1 8211 24 6.02083E-02 8210 -8211 +201 -101 imp:n=1 8212 5 9.95227E-02 8211 -8212 +201 -101 imp:n=1 8213 24 6.02083E-02 8212 -8213 +201 -101 imp:n=1 8214 7 1.00053E-01 8213 -8214 +201 -101 imp:n=1 8215 24 6.02083E-02 8214 -8215 +4012 +201 -101 imp:n=1 $ Reflector Container around EF c c 8230 7 1.00053E-01 -8230 8239 +201 -101 imp:n=1 8239 7 1.00053E-01 -8239 +201 -101 imp:n=1 8231 24 6.02083E-02 8230 -8231 +201 -101 imp:n=1 8232 7 1.00053E-01 8231 -8232 +201 -101 imp:n=1 8233 24 6.02083E-02 8232 -8233 +201 -101 imp:n=1 8234 7 1.00053E-01 8233 -8234 +201 -101 imp:n=1 8235 24 6.02083E-02 8234 -8235 +4012 +201 -101 imp:n=1 c C ---------------------------------------- C Concrete biological shield, with cutouts C ---------------------------------------- 9997 62 -3.09725 4017 -4018 -199 +299 $ basic shape #(-4018 +4012 -8840 -8875) $ HB 1 #(-7936 -7950) $ HB 2 #(-8003 8024) $ HB 3 #(+8900 -8910 -4018) imp:n=1 $ HB 4 c C ------------- C Outside World C ------------- 9999 0 4018:+199:-299 imp:n=0 c c END-CELLS c c c ==================================== BEGIN-SURFACES =================================== c c ------------------------- c Flux Trap Target Region c ------------------------- c 199 pz 150.00 $ upper model boundary 299 pz -150.00 $ lower model boundary c 820 pz +0.100 $ sample cell upper bound used to creat small cell for flux tallies 821 pz -0.100 $ sample cell lower bound used to creat small cell for flux tallies c c A-2 (shrouded Al dummy) 410 52 cz 0.24765 $ OD-target 411 52 cz 0.31623 $ OD-target clad 412 52 cz 0.47625 $ OD-holder 413 52 cz 0.755015 $ OD-coolant 414 52 cz 0.83058 $ OD-shroud 415 52 cz 0.83500 $ OD-coolant c 416 pz -25.40100 $ Shroud lower bound 417 pz -39.6875 $ Target holder lower bound 418 pz 40.3225 $ Shroud upper bound 419 pz 49.2125 $ Target holder upper bound c c A-3 (shrouded Al dummy) 420 53 cz 0.24765 $ OD-target 421 53 cz 0.31623 $ OD-target clad 422 53 cz 0.47625 $ OD-holder 423 53 cz 0.755015 $ OD-coolant 424 53 cz 0.83058 $ OD-shroud 425 53 cz 0.83500 $ OD-coolant c 427 pz -25.4 $ Target lower bound 428 pz 25.4 $ Target upper upper c c B-1 (shrouded Al dummy) 430 54 cz 0.24765 $ OD-target 431 54 cz 0.31623 $ OD-target clad 432 54 cz 0.47625 $ OD-holder 433 54 cz 0.755015 $ OD-coolant 434 54 cz 0.83058 $ OD-shroud 435 54 cz 0.83500 $ OD-coolant c c B-2 (shrouded Al dummy) 440 55 cz 0.24765 $ OD-target 441 55 cz 0.31623 $ OD-target clad 442 55 cz 0.47625 $ OD-holder 443 55 cz 0.755015 $ OD-coolant 444 55 cz 0.83058 $ OD-shroud 445 55 cz 0.83500 $ OD-coolant c c B-3 (HT tube) 450 56 cz 0.32385 $ OD-target 451 56 cz 0.55499 $ OD-target clad 452 56 cz 0.63500 $ OD-air 453 56 cz 0.787400 $ OD-tube 454 56 cz 0.83500 $ OD-coolant c 750 pz 29.28366 $ target bound 751 pz 28.80800 $ target bound 752 pz 23.251795 $ target bound 753 pz 22.77618 $ target bound 754 pz 22.300565 $ target bound 755 pz 16.744315 $ target bound 756 pz 16.26870 $ target bound 757 pz 15.793085 $ target bound 758 pz 10.236835 $ target bound 759 pz 9.76122 $ target bound 760 pz 9.285605 $ target bound 761 pz 3.729355 $ target bound 762 pz 3.25374 $ target bound 763 pz 2.778125 $ target bound 764 pz -2.778125 $ target bound 765 pz -3.25374 $ target bound 766 pz -3.729355 $ target bound 767 pz -9.285605 $ target bound 768 pz -9.76122 $ target bound 769 pz -10.236835 $ target bound 770 pz -15.793085 $ target bound 771 pz -16.26870 $ target bound 772 pz -16.744315 $ target bound 773 pz -22.300565 $ target bound 774 pz -22.77618 $ target bound 775 pz -23.251795 $ target bound 776 pz -28.80800 $ target bound 777 pz -29.28366 $ target bound c c B-4 (shrouded Al dummy) 460 57 cz 0.24765 $ OD-target 461 57 cz 0.31623 $ OD-target clad 462 57 cz 0.47625 $ OD-holder 463 57 cz 0.755015 $ OD-coolant 464 57 cz 0.83058 $ OD-shroud 465 57 cz 0.83500 $ OD-coolant c c B-5 (shrouded Al dummy) 470 58 cz 0.24765 $ OD-target 471 58 cz 0.31623 $ OD-target clad 472 58 cz 0.47625 $ OD-holder 473 58 cz 0.755015 $ OD-coolant 474 58 cz 0.83058 $ OD-shroud 475 58 cz 0.83500 $ OD-coolant c c C-1 (shrouded Al dummy) 480 59 cz 0.24765 $ OD-target 481 59 cz 0.31623 $ OD-target clad 482 59 cz 0.47625 $ OD-holder 483 59 cz 0.755015 $ OD-coolant 484 59 cz 0.83058 $ OD-shroud 485 59 cz 0.83500 $ OD-coolant c c C-2 (solid Al dummy) 492 60 cz 0.47625 $ OD-holder 494 60 cz 0.83058 $ OD-shroud 495 60 cz 0.83500 $ OD-coolant c c C-3 (shrouded Al dummy) 510 61 cz 0.24765 $ OD-target 511 61 cz 0.31623 $ OD-target clad 512 61 cz 0.47625 $ OD-holder 513 61 cz 0.755015 $ OD-coolant 514 61 cz 0.83058 $ OD-shroud 515 61 cz 0.83500 $ OD-coolant c c C-4 (Shrouded Al dummy) 520 62 cz 0.24765 $ OD-target 521 62 cz 0.31623 $ OD-target clad 522 62 cz 0.47625 $ OD-holder 523 62 cz 0.755015 $ OD-coolant 524 62 cz 0.83058 $ OD-shroud 525 62 cz 0.83500 $ OD-coolant c c C-5 (solid Al dummy) 532 63 cz 0.47625 $ OD-holder 534 63 cz 0.83058 $ OD-shroud 535 63 cz 0.83500 $ OD-coolant c c C-6 (JP-26 SST-304 targets) 542 64 cz 0.635 $ OD- sst target and its holder .5 in od 543 64 cz 0.75565 $ Shroud ID (OD-coolant) 544 64 cz 0.83058 $ OD-shroud 545 64 cz 0.83500 $ OD-coolant c c D-2 (shrouded Al dummy) 550 65 cz 0.24765 $ OD-target 551 65 cz 0.31623 $ OD-target clad 552 65 cz 0.47625 $ OD-holder 553 65 cz 0.755015 $ OD-coolant 554 65 cz 0.83058 $ OD-shroud 555 65 cz 0.83500 $ OD-coolant c c D-3 (solid Al dummy) 562 66 cz 0.47625 $ OD-holder 564 66 cz 0.83058 $ OD-shroud 565 66 cz 0.83500 $ OD-coolant c c D-4 (solid Al dummy) 572 67 cz 0.47625 $ OD-holder 574 67 cz 0.83058 $ OD-shroud 575 67 cz 0.83500 $ OD-coolant c c D-5 (shrouded Al dummy) 580 68 cz 0.24765 $ OD-target 581 68 cz 0.31623 $ OD-target clad 582 68 cz 0.47625 $ OD-holder 583 68 cz 0.755015 $ OD-coolant 584 68 cz 0.83058 $ OD-shroud 585 68 cz 0.83500 $ OD-coolant c c D-6 (shrouded Al dummy) 590 69 cz 0.24765 $ OD-target 591 69 cz 0.31623 $ OD-target clad 592 69 cz 0.47625 $ OD-holder 593 69 cz 0.755015 $ OD-coolant 594 69 cz 0.83058 $ OD-shroud 595 69 cz 0.83500 $ OD-coolant c c E-2 (JP-27 SST-304 targets) 612 70 cz 0.635 $ OD- sst target and its holder .5 in od 613 70 cz 0.75565 $ Shroud ID (OD-coolant) 614 70 cz 0.83058 $ OD-shroud 615 70 cz 0.83500 $ OD-coolant c c E-3 (shrouded Al dummy) 620 71 cz 0.24765 $ OD-target 621 71 cz 0.31623 $ OD-target clad 622 71 cz 0.47625 $ OD-holder 623 71 cz 0.755015 $ OD-coolant 624 71 cz 0.83058 $ OD-shroud 625 71 cz 0.83500 $ OD-coolant c c E-4 (shrouded Al dummy) 630 72 cz 0.24765 $ OD-target 631 72 cz 0.31623 $ OD-target clad 632 72 cz 0.47625 $ OD-holder 633 72 cz 0.755015 $ OD-coolant 634 72 cz 0.83058 $ OD-shroud 635 72 cz 0.83500 $ OD-coolant c c E-5 (solid Al dummy) 642 73 cz 0.47625 $ OD-holder 644 73 cz 0.83058 $ OD-shroud 645 73 cz 0.83500 $ OD-coolant c c E-6 (solid Al dummy) 652 74 cz 0.47625 $ OD-holder 654 74 cz 0.83058 $ OD-shroud 655 74 cz 0.83500 $ OD-coolant c c E-7 (shrouded Al dummy) 660 75 cz 0.24765 $ OD-target 661 75 cz 0.31623 $ OD-target clad 662 75 cz 0.47625 $ OD-holder 663 75 cz 0.755015 $ OD-coolant 664 75 cz 0.83058 $ OD-shroud 665 75 cz 0.83500 $ OD-coolant c c F-3 (shrouded Al dummy) 670 76 cz 0.24765 $ OD-target 671 76 cz 0.31623 $ OD-target clad 672 76 cz 0.47625 $ OD-holder 673 76 cz 0.755015 $ OD-coolant 674 76 cz 0.83058 $ OD-shroud 675 76 cz 0.83500 $ OD-coolant c c F-4 (shrouded Al dummy) 680 77 cz 0.24765 $ OD-target 681 77 cz 0.31623 $ OD-target clad 682 77 cz 0.47625 $ OD-holder 683 77 cz 0.755015 $ OD-coolant 684 77 cz 0.83058 $ OD-shroud 685 77 cz 0.83500 $ OD-coolant c c F-5 (solid Al dummy) 692 78 cz 0.47625 $ OD-holder 694 78 cz 0.83058 $ OD-shroud 695 78 cz 0.83500 $ OD-coolant c c F-6 (shrouded Al dummy) 710 79 cz 0.24765 $ OD-target 711 79 cz 0.31623 $ OD-target clad 712 79 cz 0.47625 $ OD-holder 713 79 cz 0.755015 $ OD-coolant 714 79 cz 0.83058 $ OD-shroud 715 79 cz 0.83500 $ OD-coolant c c F-7 (shrouded Al dummy) 720 80 cz 0.24765 $ OD-target 721 80 cz 0.31623 $ OD-target clad 722 80 cz 0.47625 $ OD-holder 723 80 cz 0.71374 $ OD-coolant 724 80 cz 0.83058 $ OD-shroud 725 80 cz 0.83500 $ OD-coolant c c G-5 (shrouded Al dummy) 730 81 cz 0.24765 $ OD-target 731 81 cz 0.31623 $ OD-target clad 732 81 cz 0.47625 $ OD-holder 733 81 cz 0.755015 $ OD-coolant 734 81 cz 0.83058 $ OD-shroud 735 81 cz 0.83500 $ OD-coolant c c G-6 (shrouded Al dummy) 740 82 cz 0.24765 $ OD-target 741 82 cz 0.31623 $ OD-target clad 742 82 cz 0.47625 $ OD-holder 743 82 cz 0.755015 $ OD-coolant 744 82 cz 0.83058 $ OD-shroud 745 82 cz 0.83500 $ OD-coolant c c 750 and 760 and 770 used for targets in HT tube c c PTP- 5 (G-7) 900 45 cz 0.548640 $ Capsule outer radius 901 45 cz 0.47625 $ OD-clad 902 45 cz 0.7874 $ OD-water coolant 903 45 cz 0.8890 $ OD-shroud 904 45 cz 0.92964 $ OD-coolant 905 45 cz 1.00076 $ OD-container c 907 pz -31.74873 $ PTP shroud lower bound 908 pz -34.60623 $ PTP lower bound target 909 pz 27.861895 $ PTP upper bound target c c PTP-4 (D-7) 910 46 cz 0.548640 $ Capsule outer radius 911 46 cz 0.47625 $ OD-clad 912 46 cz 0.7874 $ OD-water coolant 913 46 cz 0.8890 $ OD-shroud 914 46 cz 0.92964 $ OD-coolant 915 46 cz 1.00076 $ OD-container c c PTP-1 (A-4) 920 47 cz 0.548640 $ OD- Capsule 921 47 cz 0.47625 $ OD-clad 922 47 cz 0.7874 $ OD-water coolant 923 47 cz 0.8890 $ OD-shroud 924 47 cz 0.92964 $ OD-coolant 925 47 cz 1.00076 $ OD-container c c PTP-3 (A-1) 930 48 cz 0.548640 $ Capsule outer radius 931 48 cz 0.47625 $ OD-clad 932 48 cz 0.7874 $ OD-water coolant 933 48 cz 0.8890 $ OD-shroud 934 48 cz 0.92964 $ OD-coolant 935 48 cz 1.00076 $ OD-container c c PTP-2 (D-1) 940 49 cz 0.548640 $ Capsule outer radius 941 49 cz 0.47625 $ OD-clad 942 49 cz 0.7874 $ OD-water coolant 943 49 cz 0.8890 $ OD-shroud 944 49 cz 0.92964 $ OD-coolant 945 49 cz 1.00076 $ OD-container c c PTP-6 (G-4) 950 50 cz 0.548640 $ Capsule outer radius 951 50 cz 0.47625 $ OD-clad 952 50 cz 0.7874 $ OD-water coolant 953 50 cz 0.8890 $ OD-shroud 954 50 cz 0.92964 $ OD-coolant 955 50 cz 1.00076 $ OD-container c c PTP Target Capsule planes c 970 pz -25.0 $bottom of first capsule 971 pz -18.469660 $ Top of first Capsule capsule height 6.530340 cm 972 pz -11.939320 $ Top of second capsule 973 pz -5.408980 974 pz 1.121360 975 pz 7.651700 976 pz 14.182040 977 pz 20.712380 978 cz 0.548640 $ Capsule outer radius c c c Target Basket 960 cz 5.71500 $ ID-basket 961 cz 5.87375 $ OD-basket c c c ------------------------------ c Inner Fuel element Surfaces c ------------------------------ c c Reference 1 is Silverton 1971 report c Reference 2 is ornl- DWG 61472AR3 c c 100 pz 25.4 $ IFE & OFE upper bound of active fuel area - top of axial layer 1 150 pz 25.0 $ IFE & OFE upper bound of active fuel area - top of axial layer 2 151 pz 22.0 $ IFE & OFE upper bound of active fuel area - top of axial layer 3 153 pz 19.0 $ IFE & OFE upper bound of active fuel area - top of axial layer 4 154 pz 16.0 $ IFE & OFE upper bound of active fuel area - top of axial layer 5 155 pz 13.0 $ IFE & OFE upper bound of active fuel area - top of axial layer 6 156 pz 10.0 $ IFE & OFE upper bound of active fuel area - top of axial layer 7 157 pz 7.0 $ IFE & OFE upper bound of active fuel area - top of axial layer 8 158 pz 4.0 $ IFE & OFE upper bound of active fuel area - top of axial layer 9 159 pz 1.0 $ IFE & OFE upper bound of active fuel area - top of axial layer 10 161 pz -1.0 $ IFE & OFE upper bound of active fuel area - top of axial layer 11 162 pz -4.0 $ IFE & OFE upper bound of active fuel area - top of axial layer 12 163 pz -7.0 $ IFE & OFE upper bound of active fuel area - top of axial layer 13 164 pz -10.0 $ IFE & OFE upper bound of active fuel area - top of axial layer 14 165 pz -13.0 $ IFE & OFE upper bound of active fuel area - top of axial layer 15 166 pz -16.0 $ IFE & OFE upper bound of active fuel area - top of axial layer 16 167 pz -19.0 $ IFE & OFE upper bound of active fuel area - top of axial layer 17 168 pz -22.0 $ IFE & OFE upper bound of active fuel area - top of axial layer 18 169 pz -25.0 $ IFE & OFE upper bound of active fuel area - top of axial layer 19 c 200 pz -25.4 $ lower bound of active fuel area - bottom of axial layer 7 101 pz 30.48 $ upper bound of uncontrolled fuel area 201 pz -30.48 $ lower bound of uncontrolled fuel area 202 pz -37.1475 $ lower extension IFE outer, OFE inner sidewall 102 pz 41.91 $ upper extension IFE outer, OFE inner sidewall c 1999 cz 6.43509 $ inner radius--IFE inner sidewall [Ref2] 2000 cz 6.88302 $ outer radius--IFE inner sidewall 2001 cz 7.14 $ outer radius--IFE inner gap [Ref1] 2002 cz 7.5 $ outer radius--IFE Region 1 2003 cz 8.0 $ outer radius--IFE Region 2 2004 cz 8.5 $ outer radius--IFE Region 3 2005 cz 9.5 $ outer radius--IFE Region 4 2006 cz 10.5 $ outer radius--IFE Region 5 2007 cz 11.5 $ outer radius--IFE Region 6 2008 cz 12.0 $ outer radius--IFE Region 7 2009 cz 12.60 $ outer radius--IFE Region 8 [Ref1] 2010 cz 12.82700 $ outer radius--IFE outer gap 2200 cz 13.44930 $ outer radius--IFE outer sidewall [Ref2] c c ----------------------------- c Outer Fuel Element Surfaces c ----------------------------- c 2201 cz 14.28750 $ outer radius--water gap between IFE/OFE [Ref2] 2300 cz 14.91869 $ outer radius--OFE inner sideplate 2301 cz 15.12951 $ outer radius--OFE inner gap 2302 cz 15.5 $ outer radius--OFE radial fuelled region 1 2303 cz 16.0 $ outer radius--OFE radial fuelled region 2 2304 cz 16.5 $ outer radius--OFE radial fuelled region 3 2305 cz 17.5 $ outer radius--OFE radial fuelled region 4 2306 cz 18.5 $ outer radius--OFE radial fuelled region 5 2307 cz 19.5 $ outer radius--OFE radial fuelled region 6 2308 cz 20.0 $ outer radius--OFE radial fuelled region 7 2309 cz 20.5 $ outer radius--OFE radial fuelled region 8 2310 cz 20.978 $ outer radius--OFE radial fuelled region 9 [ref1] 2311 cz 21.13026 $ outer radius--OFE outer gap 2400 cz 21.7475 $ outer radius--OFE outer sideplate [Ref2] c c c -------------------------- c Control Element Surfaces c -------------------------- c c Control Plates Dimensions c __________________________________ _____________________________________ c Inner Control Plate Outer Control Plate c __________________________________ _____________________________________ c c White Region Aluminum 68.73875 cm White Region Aluminum 21.9075 cm c c Black Region Tantalum 12.7 cm Gray Region Europium 55.88 cm c c Gray Region Europium 55.88 cm Black Region Tantalum 12.7 cm c c White Region Aluminum 36.35375 cm White Region Aluminum 77.62875 cm c ---------------------------------------------------------------------------------- c c Upper and lower bound of VXF's, RB's, and CR's c 401 pz -30.48 $ upper bound of facilities 501 pz +30.48 $ lower bound of facilities c 700 51 py +1.27 $ plane to divide control elements 701 51 py -1.27 $ plane to divide control elements 702 51 px +1.27 $ plane to divide control elements 703 51 px -1.27 $ plane to divide control elements c c ----------------------- c Control Rod Positions c ----------------------- c c inner moves down outer moves up c c ___________________ __________________________________________________________ c Transformation No. c Inner Outer Cycle Time c ___________________ __________________________________________________________ c 83 and 84 SHUTDOWN - 0.0 inch - shutdown (black regions at upper/lower edge of unfuelled core region) c 85 and 86 FULLY INSERTED - 2.0 inch - startup (black regions at upper/lower edge of active region) c 87 and 88 STARTUP - 18.0 inch - 0.0 days c 89 and 90 Xe - 19.25 inch - 1.0 days c 91 and 92 Boron Burn - 20.25 inch - 2.0 days c 93 and 94 21.00 inch - 10.0 days c 95 and 96 23.50 inch - 18.0 days c 97 and 98 25.00 inch - 20.0 days c 99 and 100 AVERAGE POSITION - 22.0 inch - 14.0 days c 101 and 102 FULLY WITHDRAWN - 27.0 inch - EOC (white regions at upper/lower edge of active region) c c c BOC Shutdown positions ( Trent P. 8/22/04) c c Inner Element 300 100 pz 111.91875 $ Upper bound of upper white region -- inner element 301 100 pz 43.18 $ Upper bound of gray region -- inner element ( Actual position is -2.54 cm ) 302 100 pz 30.48 $ Upper bound of black region -- inner element ( Actual position is -15.24 cm) 303 100 pz -25.40 $ Upper bound of lower white region -- inner element 304 100 pz -61.75375 $ Upper bound of water below lower white region -- inner element c c Outer Element 310 200 pz 47.3075 $ Upper bound of upper white region -- outer element 311 200 pz 25.40 $ Upper bound of black region -- outer element 312 200 pz -30.48 $ Upper bound of gray region -- outer element 313 200 pz -43.18 $ Upper bound of lower white region -- outer element 314 200 pz -120.80875 $ Upper bound of water below lower white region -- outer element c c 3000 cz 22.02434 $ outer radius--water gap between core/ICE 3001 cz 22.103715 $ outer radius--Inner control element(ICE) inner clad 3002 cz 22.579965 $ outer radius--ICE control region 3003 cz 22.659340 $ outer radius--ICE outer clad 3004 cz 22.987 $ outer radius--water gap between ICE/OCE 3005 cz 23.066375 $ outer radius--OCE inner clad 3006 cz 23.542625 $ outer radius--OCE control region 3099 cz 23.622 $ outer radius--OCE outer clad 4000 cz 23.8125 $ outer radius--water gap between OCE/remov. Be refl. c c ------------------------------- c Removable Reflector Surfaces c ------------------------------- c 600 px 0.00 $ plane to cut permanent Be Reflector 601 py 0.00 $ plane to cut permanent Be Reflector c 4001 cz 24.4475 $ outer radius--Al clad 4002 cz 25.0825 $ outer radius--remov. Be refl. reg. 1 4003 cz 25.15108 $ outer radius--water gap 4004 cz 27.46375 $ outer radius--remov. Be refl. reg. 2 4005 cz 27.53233 $ outer radius--water gap 4006 cz 30.25267 $ outer radius--remov. Be refl. reg. 3 4007 cz 30.32125 $ outer radius--water gap 4008 cz 33.02 $ outer radius--semi-permanent Be refl. reg. 4009 cz 33.3375 $ outer radius--water gap c c ------------------------------------------- c Removable Reflector Irradiation Facilities c ------------------------------------------- c c RB-1A 6300 23 cz 2.59080 $ liner OD 6301 23 cz 2.32918 $ liner ID c c RB-1B 6350 24 cz 2.59080 $ liner OD 6351 24 cz 2.32918 $ liner ID c c RB-2 6400 25 cz 0.63500 $ OD c c RB-3A 6500 26 cz 2.59080 $ liner OD 6501 26 cz 2.32918 $ liner ID c c RB-3B 6550 27 cz 2.59080 $ liner OD 6551 27 cz 2.32918 $ liner ID c c RB-4 6600 28 cz 0.63500 $ OD c c RB-5A 6700 29 cz 2.59080 $ liner OD 6701 29 cz 2.32918 $ liner ID c c RB-5B 6750 30 cz 2.59080 $ liner OD 6751 30 cz 2.32918 $ liner ID c c RB-6 6800 31 cz 0.63500 $ OD c c RB-7A (RB - 7J) 6900 32 cz 2.54 $ liner OD from ref 5.1 calculations 6901 32 cz 2.049 $ liner ID from ref 5.1 calculations c c RB-7B 6950 33 cz 2.54 $ liner OD 6951 33 cz 2.049 $ liner ID c c RB-8 7000 34 cz 0.63500 $ OD c c c CR-1 7100 35 cz 0.63500 $ OD c c CR-2 7200 36 cz 0.63500 $ OD c c CR-3 7300 37 cz 0.63500 $ OD c c CR-4 7400 38 cz 0.63500 $ OD c c CR-5 7500 39 cz 0.63500 $ OD c c CR-6 7600 40 cz 0.63500 $ OD c c CR-7 7700 41 cz 0.63500 $ OD c c CR-8 7800 42 cz 0.63500 $ OD c c c -------------------------------- c Permanent Reflector Surfaces c -------------------------------- c 4010 cz 54.61 $ outer radius--permanent Be refl. reg. 4011 cz 55.245 $ outer radius--water gap 4012 cz 56.8325 $ outer radius--Al tank 4013 cz 119.38 $ outer radius--water 4014 cz 119.6975 $ outer radius--inner pressure vessel clad 4015 cz 127.0 $ outer radius--pressure vessel 4016 cz 127.254 $ outer radius--outer pressure vessel clad 4017 cz 274.32 $ outer radius--H2O pool 4018 cz 720.00 $ artificial zero-importance region with bounds out past where beam tube measurements were made c 4050 cz 36.3375 $ outer radius--Surface 3 - Be reflector 4051 cz 39.3375 $ outer radius--Surface 4 - Be reflector 4052 cz 42.3375 $ outer radius--Surface 5 - Be reflector 4053 cz 45.3375 $ outer radius--Surface 6 - Be reflector 4054 cz 48.3375 $ outer radius--Surface 7 - Be reflector 4055 cz 51.3375 $ outer radius--Surface 8 - Be reflector c c C --------------------------------- C Reflector Irradiation Facilities C --------------------------------- c 220 pz 26.67 $ bounds for axial distribution in VXF 221 pz 22.1869 $ bounds for axial distribution in VXF 222 pz 15.00 $ bounds for axial distribution in VXF 223 pz 10.00 $ bounds for axial distribution in VXF 224 pz 5.00 $ bounds for axial distribution in VXF 225 pz 0.00 $ bounds for axial distribution in VXF 226 pz -5.00 $ bounds for axial distribution in VXF 227 pz -10.00 $ bounds for axial distribution in VXF 228 pz -15.00 $ bounds for axial distribution in VXF 229 pz -22.1869 $ bounds for axial distribution in VXF 230 pz -26.67 $ bounds for axial distribution in VXF c c Axial Surfaces for Capsule Heating 6/27/95 251 pz +25.0 252 pz +20.0 253 pz +15.0 254 pz +10.0 255 pz +5.0 256 pz +1.0 257 pz -1.0 258 pz -5.0 259 pz -10.0 260 pz -15.0 261 pz -20.0 262 pz -25.0 c 4200 c/z 3.076479 39.090375 2.22250 $ VXF-1, radius=39.21125 cm, liner OD 4201 c/z 3.076479 39.090375 2.01168 $ liner ID 4202 c/z 3.076479 39.090375 1.90240 $ h2o ID 4203 c/z 3.076479 39.090375 1.77800 $ ss ID 4300 c/z -3.456418 43.917957 2.22250 $ VXF-2, radius=44.05376 cm, liner OD 4301 c/z -3.456418 43.917957 2.01168 $ liner ID 4400 c/z -9.153685 38.127840 2.22250 $ VXF-3, radius=39.21125 cm, liner OD 4401 c/z -9.153685 38.127840 2.01168 $ liner ID 4402 c/z -9.153685 38.127840 1.90240 $ h2o ID 4403 c/z -9.153685 38.127840 1.77800 $ ss ID 4500 c/z -16.858640 40.700367 2.22250 $ VXF-4, radius=44.05376 cm, liner OD 4501 c/z -16.858640 40.700367 2.01168 $ liner ID 4600 c/z -20.487822 33.433087 2.22250 $ VXF-5, radius=39.21125 cm, liner OD 4601 c/z -20.487822 33.433087 2.01168 $ liner ID 4602 c/z -20.487822 33.433087 1.90240 $ h2o ID 4603 c/z -20.487822 33.433087 1.77800 $ ss ID 4700 c/z -30.054027 35.188744 3.81000 $ VXF-6, radius=46.27626 cm, liner OD 4701 c/z -30.054027 35.188744 3.59918 $ liner ID 4800 c/z -29.816468 25.465670 2.22250 $ VXF-7, radius=39.21125 cm, liner OD 4801 c/z -29.816468 25.465670 2.01168 $ liner ID 4802 c/z -29.816468 25.465670 1.90240 $ h2o ID 4803 c/z -29.816468 25.465670 1.77800 $ ss ID 4900 c/z -37.562005 23.018026 2.22250 $ VXF-8, radius=44.05376 cm, liner OD 4901 c/z -37.562005 23.018026 2.01168 $ liner ID 5000 c/z -36.226471 15.005496 2.22250 $ VXF-9, radius=39.21125 cm, liner OD 5001 c/z -36.226471 15.005496 2.01168 $ liner ID 5002 c/z -36.226471 15.005496 1.90240 $ h2o ID 5003 c/z -36.226471 15.005496 1.77800 $ ss ID 5100 c/z -40.700368 -16.858644 2.22250 $ VXF-10, radius=44.05376 cm, liner OD 5101 c/z -40.700368 -16.858644 2.01168 $ liner ID 5200 c/z -33.433087 -20.487822 2.22250 $ VXF-11, radius=39.21125 cm, liner OD 5201 c/z -33.433087 -20.487822 2.01168 $ liner ID 5202 c/z -33.433087 -20.487822 1.90240 $ h2o ID 5203 c/z -33.433087 -20.487822 1.77800 $ ss ID 5300 c/z -33.498742 -28.610628 2.22250 $ VXF-12, radius=44.05376 cm, liner OD 5301 c/z -33.498742 -28.610628 2.01168 $ liner ID 5400 c/z -25.465670 -29.816468 2.22250 $ VXF-13, radius=39.21125 cm, liner OD 5401 c/z -25.465670 -29.816468 2.01168 $ liner ID 5402 c/z -25.465670 -29.816468 1.90240 $ h2o ID 5403 c/z -25.465670 -29.816468 1.77800 $ ss ID 5500 c/z -24.179279 -39.456998 3.81000 $ VXF-14, radius=46.27626 cm, liner OD 5501 c/z -24.179279 -39.456998 3.59918 $ liner ID 5600 c/z -15.005496 -36.226471 2.22250 $ VXF-15, radius=39.21125 cm, liner OD 5601 c/z -15.005496 -36.226471 2.01168 $ liner ID 5602 c/z -15.005496 -36.226471 1.90240 $ h2o ID 5603 c/z -15.005496 -36.226471 1.77800 $ ss ID 5700 c/z -10.802978 -44.997643 3.81000 $ VXF-16, radius=46.27626 cm, liner OD 5701 c/z -10.802978 -44.997643 3.59918 $ liner ID 5800 c/z 21.008982 -41.232450 3.81000 $ VXF-17, radius=46.27626 cm, liner OD 5801 c/z 21.008982 -41.232450 3.59918 $ liner ID 5900 c/z 23.047795 -31.722568 2.22250 $ VXF-18, radius=39.21125 cm, liner OD 5901 c/z 23.047795 -31.722568 2.01168 $ liner ID 5902 c/z 23.047795 -31.722568 1.90240 $ h2o ID 5903 c/z 23.047795 -31.722568 1.77800 $ ss ID 6000 c/z 32.722257 -32.722257 3.81000 $ VXF-19, radius=46.27626 cm, liner OD 6001 c/z 32.722257 -32.722257 3.59918 $ liner ID 6100 c/z 31.722568 -23.047794 2.22250 $ VXF-20, radius=39.21125 cm, liner OD 6101 c/z 31.722568 -23.047794 2.01168 $ liner ID 6102 c/z 31.722568 -23.047794 1.90240 $ h2o ID 6103 c/z 31.722568 -23.047794 1.77800 $ ss ID 6200 c/z 41.232450 -21.008982 3.81000 $ VXF-21, radius=46.27626 cm, liner OD 6201 c/z 41.232450 -21.008982 3.59918 $ liner ID 6250 c/z 37.292115 -12.116943 2.22250 $ VXF-22, radius=39.21125 cm, liner OD 6251 c/z 37.292115 -12.116943 2.01168 $ liner ID 6252 c/z 37.292115 -12.116943 1.90240 $ h2o ID 6253 c/z 37.292115 -12.116943 1.77800 $ ss ID c C ----------------------- C Horizontal Beam Tube 1: C ----------------------- c These surfaces (8850-8889) for the HB-1 beam tube (and reflector liner) were updated c so as to be consistent with Dwgs: E-42018, E-42295, M-11537E-0HE-004-E, and M-11537E-0HE-005-E. 8850 44 px -6.4897 $ vertical plane where water sheath liner (skin) around HB-1 is snubbed off 8851 44 px -12.04722 $ vertical plane defining midpoint of sphere (Surf 8880) corresponding to inner surface of HB-1 8853 44 px -12.32408 $ vertical plane defining midpoint of spheres (Surfs 8881, 8882, 8883) corresponding to outer surf of 8854 44 px -15.80642 $ used only to segment heating rate tally along beam tube (midway between Surfs 8853 & 8856) 8855 44 px -12.24788 $ vertical plane defining midpoint of spheres (Surfs 8864 & 8865) corresponding to inner & outer surfaces of reflector liner 8856 44 px -19.28876 $ vertical plane where AL liner (in Be refl) holding tip of HB-1 becomes thicker 8857 44 px -22.77110 $ used only to segment heating rate tally along beam tube 8858 44 px -26.25344 $ used only to segment heating rate tally along beam tube 8859 44 px -29.73578 $ used only to segment heating rate tally along beam tube 8860 44 px -33.21812 $ used only to segment heating rate tally along beam tube c 8105 44 c/y 38.354 0.0 6.7605275 $ Cylindrical Al Be liner OD c 8861 44 cx 7.62 $ outer radius of thick portion of AL liner (in Be refl) holding tip of HB-1 8862 44 cx 7.3025 $ outer radius of thin portion of AL liner (in Be refl) holding tip of HB-1 8863 44 cx 6.985 $ inner radius of AL liner (in Be refl) holding tip of HB-1 8864 44 sx -12.24788 7.3025 $ outer sph surf corresponding to tip of AL liner (in Be refl) holding tip of HB-1 8865 44 sx -12.24788 6.985 $ inner sph surf corresponding to tip of AL liner (in Be refl) holding tip of HB-1 8870 44 cx 5.08 $ Inner cyl surface of HB-1 beam tube 8875 44 cx 6.35 $ Outer cyl surface of (aluminum) water sheath liner (skin) around HB-1 tube; now "treated" here as outer surf of beam tube 8880 44 sx -12.04722 5.08 $ Inner sph surface of HB-1 beam tube 8881 44 sx -12.32408 6.02996 $ Outer sph surface of the "actual" HB-1 beam tube (at base of grooves) 8883 44 sx -12.32408 6.35 $ Outer sph surface of (aluminum) water sheath liner (skin) around HB-1 c C ------------------------------------- C Horizontal Beam Tube 2 (Radial tube): C ------------------------------------- 7900 cx 8.95604 $ Cylindrical void (Diam=7.052 inches) 7903 cx 10.795 $ Cylindrical OD Al jacket (Diam=8.5 inches) 7904 cx 11.43 $ Cylindrical ID AL Be liner (Diam=9.0 inches) 7905 cx 12.065 $ Cylindrical large cyl OD Al Be liner (Diam=9.50 inches) 7906 cx 11.7475 $ Cylindrical small cyl OD Al Be liner (Diam=9.25 inches) c 7910 sx -43.14426 8.95604 $ Spherical void (Diam=7.052 inches) 7911 sx -43.57606 10.45464 $ Spherical Al tube wall (Diam=8.232 inches) 7913 sx -43.57606 10.795 $ Spherical OD Al jacket (Diam=8.5 inches) 7914 sx -43.28142 11.43 $ Spherical ID AL Be liner (Diam=9.0 inches) 7915 sx -43.28142 11.7475 $ Spherical OD Al Be liner (Diam=9.25 inches) c 7920 p -35.32252 4.36245 0 $ (x1,y1,z1), (x2,y2,z2), (x3,y3,z3) define 1st of -54.30502 6.35 -10 $ two slanted (but vert) planes bounding rect hole -54.30502 6.35 10 $ thru the Be inserts inside HB-2 7921 p -35.32252 -4.36245 0 $ (x1,y1,z1), (x2,y2,z2), (x3,y3,z3) define 2nd of -54.30502 -6.35 -10 $ two slanted (but vert) planes bounding rect hole -54.30502 -6.35 10 $ thru the Be inserts inside HB-2 7924 px -54.30502 $ vert plane bounding downstream end of Be inserts inside HB-2 7925 px -74.30502 $ dummy surf used to get surface current tally inside voided beam tube 7926 px -94.30502 $ dummy surf used to get surface current tally inside voided beam tube 7927 px -114.30502 $ dummy surf used to get surface current tally inside voided beam tube c c Following needed for portion of HB-2 beam tube beyond the Be reflector: c These modifications were made based on HFIR engr dwgs: c M-11537-OH061 & M-11537-OH062 of new HB-2, and Allis Chalmers dwg 43-31-328 of vessel nozzel 7931 px -65.8038 $ Begin expansion of HB-2 (beyond Be refl) 7932 px -77.62936 $ End of expansion of HB-2 (beyond Be refl) 7933 kx -24.065137 0.0460421 -1 $ Conical expansion (inner surf) 7934 kx -25.51631 0.0717968 -1 $ Conical expansion (outer surf); slope=15 deg 7935 cx 11.49350 $ HB2 ID=9.050" in expanded section passing thru vessel (see dwg M-11537-OH062) 7936 cx 13.96365 $ HB2 OD=10.996" in expanded section passing thru vessel (see dwg M-11537-OH061) 7937 kx -245.59826 0.0197517 +1 $ Inner surf of vessel nozzel (8-deg cone, diam=12.0" at outside of nozzel, R=17.73862 cm on inner surf, see dwg 43-31-328) 7938 px -138.43 $ Outer flat edge of HB-2 vessel nozzel 7939 cx 33.17875 $ Outer diam of HB-2 vessel nozzel c 7949 px -46.98982 $ Plane where cyl Al Be liner transitions from large to small OD 7950 px -43.28142 $ Plane at end of cyl Al Be liner where liner becomes spherical 7951 px -43.14426 $ Plane at end of cyl beam tube where inside of beam tube becomes spherical 7952 px -43.57606 $ Plane at end of cyl beam tube where outside of beam tube becomes spherical 7953 px -34.01042 $ Plane at end of beam tube where water jacket terminates 7990 sx -46.95 5.0 $ test sphere R=2.0 cm use to verify calc c Phantom spherical shells (2) around tip of new enlarged HB-2 beam tube 7991 sx -46.95 15.655 c c Planes used to segment the HB-2 beam tube, surrounding water, and reflector liner into "octants" 7995 p 0.0 2.41421356 1.0 0.0 $ positive if z.ge.(-2.41421356)*y 7996 p 0.0 0.41421356 1.0 0.0 $ positive if z.ge.(E-0.41421356)*y 7997 p 0.0 -0.41421356 1.0 0.0 $ positive if z.ge.(+0.41421356)*y 7998 p 0.0 -2.41421356 1.0 0.0 $ positive if z.ge.(+2.41421356)*y 7999 cx 0.005 $needed at center of tip of HB2 beam tube to uniquely define region where 4 planes come together c C --------------------------------------- C Horizontal Beam Tube 3 (2-17-99 Model): C --------------------------------------- 8000 43 cx 5.08 $ Inner cyl surface of HB-3 beam tube 8003 43 cx 6.35 $ Outer cyl surface of (aluminum) water sheath liner (skin) around HB-3 tube; now "treated" here as outer surf of beam tube 8004 43 cx 6.985 $ Inner radius of AL liner (in Be refl) holding tip of HB-3 8005 43 cx 7.62 $ Outer radius of thick portion of AL liner (in Be refl) holding tip of HB-3 8006 43 cx 7.3025 $ Outer radius of thin portion of AL liner (in Be refl) holding tip of HB-3 8007 43 cx 4.92125 $ Artificial surf needed to distinguish heating rates near center of sph tip from those around outer ring of sph tip (same as Surf 8604 in HB1 & HB4) c 8010 43 sx 28.07208 5.08 $ Inner sph surface of HB-3 beam tube 8011 43 sx 28.34894 6.02996 $ Outer sph surface of the "actual" HB-3 beam tube (at base of grooves) 8013 43 sx 28.34894 6.35 $ Outer sph surface of (aluminum) water sheath liner (skin) around HB-3 8014 43 sx 28.23210 6.985 $ Inner sph surf corresponding to tip of AL liner (in Be refl) holding tip of HB-3 8015 43 sx 28.23210 7.3025 $ Outer sph surf corresponding to tip of AL liner (in Be refl) holding tip of HB-3 c 8021 43 px 22.51456 $ Vertical plane where water sheath liner (skin) around HB-3 is snubbed off 8022 43 px 28.07208 $ Vertical plane defining midpoint of sphere (Surf 8010) corresponding to inner surface of HB-3 c 8050 43 px 28.23210 $ Vertical plane defining midpoint of spheres (Surfs 8014 & 8015) corresponding to inner & outer surfaces of reflector liner c logically, this would have been surf 8023, but use 8050 for greater consistancy with prior models c 8024 43 px 28.34894 $ Vertical plane defining midpoint of spheres (Surfs 8011, 8012, 8013) corresponding to outer surf of c beam tube body (at base of axial grooves) & outer surf of water sheath liner (skin) around HB-3; c 8025 43 px 32.39135 $ Used only to segment heating rate tally along beam tube (midway between Surfs 8024 & 8026) 8026 43 px 36.43376 $ Vertical plane where AL liner (in Be refl) holding tip of HB-3 becomes thicker 8027 43 px 40.47617 $ Used only to segment heating rate tally along beam tube 8028 43 px 44.51858 $ Used only to segment heating rate tally along beam tube c 8030 43 py 0.0 $ divide HB3 beam tube into sextants 8031 43 p 0.0 0.577350 1.0 0.0 $ divide HB3 beam tube into sextants 8032 43 p 0.0 -0.577350 1.0 0.0 $ divide HB3 beam tube into sextants 8035 43 cx 0.005 $ needed at center of tip of HB3 beam tube to uniquely define region where 3 planes come together c c used to segment heating rates along HB-4 beam tube c 8551 44 px 15.240 8552 44 px 19.050 8553 44 px 22.860 8554 44 px 26.670 8555 44 px 32.004 8556 44 px 37.338 8557 44 px 42.672 c C ------------------------------------ C Cold Source (Final Design, Aug 1999) C ------------------------------------ 8601 44 sx 11.43000 4.67360 $ main LH2 sphere (inner rad) 8602 44 sx 11.55446 4.92125 $ main LH2 sphere (outer rad) c 8603 44 cx 4.67360 $ outer cyl body of capsule (inner rad) 8604 44 cx 4.92125 $ outer cyl body of capsule (outer rad) c c sq A B C D E F G XB YB ZB 8605 244 sq 226.75060 226.75060 92.81532 0 0 0 -2184.531 15.09268 0 0 $ smaller surf of inner ellipsoid (xbar=15.09268, ymax=3.10388, zmax=4.85143) 8606 244 sq 307.58950 307.58950 134.20050 0 0 0 -3563.268 15.24000 0 0 $ larger surf of inner ellipsoid (xbar=15.24000, ymax=3.40360, zmax=5.15285) c 8607 244 sx 15.09268 3.97764 $ smaller sph surf for top & bottom of inner ellipsoid 8608 244 sx 15.24000 4.27736 $ larger sph surf for top & bottom of inner ellipsoid c 8609 44 cx 3.97764 $ inner surf of elliptical cyl (top & bottom) 8610 44 cx 4.27736 $ outer surf of elliptical cyl (top & bottom) c c sq A B C D E F G XB YB ZB 8611 244 sq 0.0 226.75060 92.81532 0 0 0 -2184.531 0 0 0 $ inner side surfaces of elliptical cyl; similar to Surf 8605 8612 244 sq 0.0 307.58950 134.20050 0 0 0 -3563.268 0 0 0 $ outer side surfaces of elliptical cyl; similar to Surf 8606 c c (x1, y1, z1) (x2, y2, z2) (x3, y3, z3) $ pts defining surf; note that order defines +/- sense 8615 244 p 22.86 -4.0386 0.634353 22.86 4.0386 0.634353 16.034317 0 4.575163 $ inner slant plane at top (+side is in +z direction) 8616 244 p 22.86 -4.0386 0.980440 22.86 4.0386 0.980440 16.034317 0 4.921250 $ outer slant plane at top (+side is in +z direction) 8617 244 p 22.86 -4.0386 -.634353 22.86 4.0386 -.634353 16.034317 0 -4.575163 $ inner slant plane on botm (+side is in +z direction) 8618 244 p 22.86 -4.0386 -.980440 22.86 4.0386 -.980440 16.034317 0 -4.921250 $ outer slant plane on botm (+side is in +z direction) c 8620 244 px 22.86 $ vertical plane where big transition region interfaces with inlet/outlet nozzels c 8621 44 c/x 4.0386 0.0 0.635 $ inner wet surf of shady side coolant tube (inlet?) 8622 44 c/x 4.0386 0.0 0.71501 $ outer dry surf of shady side coolant tube (inlet?) 86221 244 k/x 32.242201 4.0386 0.0 0.0109203 $ cone corresponding to flared outer surf of coolant nozzel on shady side c 8623 44 c/x -4.0386 0.0 0.635 $ inner wet surf of sunny side coolant tube (outlet?) 8624 44 c/x -4.0386 0.0 0.71501 $ outer dry surf of sunny side coolant tube (outlet?) 86241 244 k/x 32.242201 -4.0386 0.0 0.0109203 $ cone corresponding to flared outer surf of coolant nozzel on sunny side c 8625 44 px 11.55446 $ midplane for outer sph surf of cold source capsule & midpt of sph shell for inner surf of vacuum vessel 86251 44 px 11.43 $ midplane for inner sph surf of cold source capsule c 86252 44 px 12.3952 $ one of two vertical planes describing axial location of aluminum ring around where forward and rear sections of capsule are joined 86253 44 px 13.335 $ one of two vertical planes describing axial location of aluminum ring around where forward and rear sections of capsule are joined 86254 44 cx 5.02031 $ outer radius of thin aluminum ring around where forward and rear sections of capsule are joined; just beyond outer radius of main capsule c 8626 244 px 15.09268 $ midplane of smallest (innermost) ellipsoid forming inner nose of capsule; extend inner & outer elliptical tube back to this surface c 8627 244 c/y 18.6055 0.0 2.2225 $ cyl describing extent of aluminum stress pads used to reinforce strength of inner side wall(s) of capsule 86271 244 c/x -4.2164 0.0 7.12216 $ cyl describing curvature of aluminum stress pad on shady side of capsule wall 86272 244 c/x 4.2164 0.0 7.12216 $ cyl describing curvature of aluminum stress pad on sunny side of capsule wall c 8629 244 px 25.40 $ vertical plane between flared section of inlet/outlet nozzels and the straight-tube stub 8630 244 px 26.67 $ vertical plane at end of the straight-tube stub(s) attached to inlet/outlet nozzels c 8700 44 py 0.0 $ divide HB4 beam tube into sectants 8701 44 p 0.0 0.577350 1.0 0.0 $ divide HB4 beam tube into sectants 8702 44 p 0.0 -0.577350 1.0 0.0 $ divide HB4 beam tube into sectants 8710 44 cx 0.005 $ needed at center of tip of HB4 beam tube to uniquely define region where 3 planes come together c C -------------------------------- C Horizontal Beam Tube 4 Aug 1999 C -------------------------------- 8800 44 cx 8.89 $ outer radius of AL skin around large-diam portion of new HB-4 beam tube; treat as outer surf of tube in model 8802 44 cx 7.27583 $ outer radius of AL forming large-diam portion of cold source vacuum vessel; interface between vac vessel & beam tube 8803 44 cx 6.71830 $ inner radius of AL forming large-diam portion of cold source vacuum vessel c xbar t*t 8807 44 kx 7.62002 0.027778 $ outer conical surf of alum skin around HB-4 beam tube (transition between small & large diam); treat as outer surf of tube in model 8809 44 kx 9.90154 0.020306 $ outer conical surf of cold source vacuum vessel (transition between small & large diam); interface between vac vessel & beam tube 8810 44 kx 13.81403 0.020306 $ inner conical surf of cold source vacuum vessel (transition between small & large diam) c 8814 44 cx 7.62000 $ outer radius of aluminum skin over the small-diam cyl portion of new HB-4 beam tube; treated as outer rad of beam tube in final model 8816 44 cx 6.18998 $ cyl interface between inner rad of HB-4 beam tube & the cold source vacuum vessel; in final design, this is a tight shrink fit 8817 44 cx 5.63245 $ cyl inner radius the cold source vacuum vessel c 8821 44 cx 8.8900 $ outer radius of thick portion of AL liner (in Be refl) holding tip of HB-4 8822 44 cx 8.5725 $ outer radius of thin portion of AL liner (in Be refl) holding tip of HB-4 8823 44 cx 8.2550 $ inner radius of thin portion of AL liner (in Be refl) holding tip of HB-4 c 8830 44 sx 11.75766 8.5725 $ outer sph surf corresponding to tip of AL liner (in Be refl) holding tip of HB-4 8831 44 sx 11.75766 8.255 $ inner sph surf corresponding to tip of AL liner (in Be refl) holding tip of HB-4 8832 44 sx 12.07770 7.62 $ outer sph surf of aluminum skin around outside of beam tube 8833 44 sx 12.07770 7.30250 $ outer sph surf corresponding to bare tip of HB-4 beam tube; inner/outer surfs not concentric 8834 44 sx 11.75766 6.18998 $ interface between inner surf of HB-4 beam tube & outer sph surf of cold source vacuum vessel 8835 44 sx 11.55446 5.63245 $ inner sph surf of cold source vacuum vessel c 8840 44 px 0.0 $ vertical plane thru centerline of reactor core, midway between where HB-1 and HB-4 used to be 8841 44 px 6.14680 $ vert plane used to clip off tip of HB-4 beam tube 8842 44 px 11.75766 $ vert plane containing midpt of sph shells for refl liner & shell interface between inner surf of HB-4 beam tube and vacuum vessel 8843 44 px 12.07770 $ vert plane containing midpt of sph shells for outer surf of basic HB-4 beam tube and outer surface of outer skin around it 8844 44 px 20.96516 $ vertical plane where HB-4 reflector liner becomes thicker 8845 44 px 53.34 $ vertical plane where HB-4 beam tube starts getting larger 8846 44 px 60.96 $ vertical plane where HB-4 beam tube stops getting larger c C --------------------------------------------- C Other in-tube components way out past vessel C --------------------------------------------- 8900 44 px 193.04 $ start of HB-4 beam tube flange 8901 44 px 198.12 $ end of HB-4 beam tube flange; start of cold source vacuum vessel flange; start of window #1 8902 44 px 200.66 $ end of cold source vacuum vessel flange 8903 44 px 198.4375 $ end of window #1 (in vacuum vessel flange; 0.125" thick) 8904 44 px 409.575 $ start of window #2 (at end of HB-4 beam tube) 8905 44 px 409.8925 $ end of window #2 (at end of HB-4 beam tube) c 8910 44 cx 13.97 $ outer surface of expanded HB-4 beam tube (going thru concrete) 8911 44 cx 13.335 $ inner surface of expanded HB-4 beam tube (going thru concrete) 8912 44 cx 12.7 $ outer radius of cold source vacuum vessel flange c C ------------------------------------ C Engineering Facilities (Slant tubes) C -------------------------------------- c EF-1 8210 141 cy 4.1834 8211 141 cy 4.8819 8212 141 cy 5.08 8213 141 cy 5.3975 8214 141 cy 5.87375 8215 141 cy 6.50875 c c EF-2 8230 142 cy 4.1834 8231 142 cy 4.8819 8232 142 cy 5.08 8233 142 cy 5.3975 8234 142 cy 5.87375 8235 142 cy 6.50875 c 4809 s -29.816468 25.465670 0.0 1.7 8239 142 so 4.0 c 9999 so 500.00 $ outer radius-- OUTER SPHERE c c END-SURFS c c c ------------------------- c (2) Transformations c ------------------------- c c Region I Transformations for Flux Trap c ------------------------------------------ c tr45 4.661173 2.691130 0.0 $ PTP-1 (G-7) tr46 0.000000 5.382260 0.0 $ PTP-2 (D-7) tr47 -4.661173 2.691130 0.0 $ PTP-3 (A-4) tr48 -4.661173 -2.691130 0.0 $ PTP-4 (A-1) tr49 0.000000 -5.382260 0.0 $ PTP-5 (D-1) tr50 4.661173 -2.691130 0.0 $ PTP-6 (G-4) c c $ A-1 = PTP tr52 -4.388400 -0.844550 0.0 $ A-2 tr53 -4.388400 0.844550 0.0 $ A-3 c $ A-4 = PTP c tr54 -2.925600 -3.378200 0.0 $ B-1 tr55 -2.925600 -1.689100 0.0 $ B-2 tr56 -2.925600 0.000000 0.0 $ B-3 tr57 -2.925600 1.689100 0.0 $ B-4 tr58 -2.925600 3.378200 0.0 $ B-5 c tr59 -1.462800 -4.222750 0.0 $ C-1 tr60 -1.462800 -2.533650 0.0 $ C-2 tr61 -1.462800 -0.844550 0.0 $ C-3 tr62 -1.462800 0.844550 0.0 $ C-4 tr63 -1.462800 2.533650 0.0 $ C-5 tr64 -1.462800 4.222750 0.0 $ C-6 c c $ D-1 = PTP tr65 0.000000 -3.378200 0.0 $ D-2 tr66 0.000000 -1.689100 0.0 $ D-3 tr67 0.000000 0.000000 0.0 $ D-4 tr68 0.000000 1.689100 0.0 $ D-5 tr69 0.000000 3.378200 0.0 $ D-6 c $ D-7 = PTP c tr70 1.462800 -4.222750 0.0 $ E-2 tr71 1.462800 -2.533650 0.0 $ E-3 tr72 1.462800 -0.844550 0.0 $ E-4 tr73 1.462800 0.844550 0.0 $ E-5 tr74 1.462800 2.533650 0.0 $ E-6 tr75 1.462800 4.222750 0.0 $ E-7 c tr76 2.925600 -3.378200 0.0 $ F-3 tr77 2.925600 -1.689100 0.0 $ F-4 tr78 2.925600 0.000000 0.0 $ F-5 tr79 2.925600 1.689100 0.0 $ F-6 tr80 2.925600 3.378200 0.0 $ F-7 c c $ G-4 = PTP tr81 4.388400 -0.844550 0.0 $ G-5 tr82 4.388400 0.844550 0.0 $ G-6 c $ G-4 = PTP c c Region IV Transformations for Control Element Region c -------------------------------------------------------- c tr35 15.859584 28.031720 0.0 $ CR-1, radius=32.2072 cm tr36 8.607000 31.035839 0.0 $ CR-2, radius=32.2072 cm tr37 -28.031720 15.859584 0.0 $ CR-3, radius=32.2072 cm tr38 -31.035839 8.606999 0.0 $ CR-4, radius=32.2072 cm tr39 -15.859584 -28.031720 0.0 $ CR-5, radius=32.2072 cm tr40 -8.607000 -31.035839 0.0 $ CR-6, radius=32.2072 cm tr41 28.031720 -15.859580 0.0 $ CR-7, radius=32.2072 cm tr42 31.035839 -8.607000 0.0 $ CR-8, radius=32.2072 cm c c 100 and 200 18.07 inch - 0.0 days - STARTUP tr100 0.000 0.000 -45.8851 $ inner rod tr200 0.000 0.000 45.8851 $ outer rod c c 101 and 201 20.09 inch - 1.0 days tr101 0.000 0.000 -51.0286 $ inner rod tr201 0.000 0.000 51.0286 $ outer rod c c 102 and 202 20.58 inch - 2.0 days tr102 0.000 0.000 -52.2986 $ inner rod tr202 0.000 0.000 52.2986 $ outer rod c c 103 and 203 20.71 inch - 3.0 days tr103 0.000 0.000 -52.6034 $ inner rod tr203 0.000 0.000 52.6034 $ outer rod c c 104 and 204 20.76 inch - 4.0 days tr104 0.000 0.000 -52.7304 $ inner rod tr204 0.000 0.000 52.7304 $ outer rod c c 105 and 205 20.79 inch - 5.0 days tr105 0.000 0.000 -52.8320 $ inner rod tr205 0.000 0.000 52.8320 $ outer rod c c 106 and 206 20.84 inch - 6.0 days tr106 0.000 0.000 -52.9336 $ inner rod tr206 0.000 0.000 52.9336 $ outer rod c c 107 and 207 20.90 inch - 7.0 days tr107 0.000 0.000 -53.0860 $ inner rod tr207 0.000 0.000 53.0860 $ outer rod c c 108 and 208 20.97 inch - 8.0 days tr108 0.000 0.000 -53.2638 $ inner rod tr208 0.000 0.000 53.2638 $ outer rod c c 109 and 209 21.05 inch - 9.0 days tr109 0.000 0.000 -53.4924 $ inner rod tr209 0.000 0.000 53.4924 $ outer rod c c 110 and 210 21.17 inch - 10.0 days tr110 0.000 0.000 -53.76545 $ inner rod tr210 0.000 0.000 53.76545 $ outer rod c c 111 and 211 21.28 inch - 11.0 days tr111 0.000 0.000 -54.0766 $ inner rod tr211 0.000 0.000 54.0766 $ outer rod c c 112 and 212 21.44 inch - 12.0 days tr112 0.000 0.000 -54.4576 $ inner rod tr212 0.000 0.000 54.4576 $ outer rod c c 113 and 213 21.61 inch - 13.0 days tr113 0.000 0.000 -54.9021 $ inner rod tr213 0.000 0.000 54.9021 $ outer rod c c 114 and 214 21.78 inch - 14.0 days tr114 0.000 0.000 -55.3466 $ inner rod tr214 0.000 0.000 55.3466 $ outer rod c c 115 and 215 22.02 inch - 15.0 days tr115 0.000 0.000 -55.9562 $ inner rod tr215 0.000 0.000 55.9562 $ outer rod c c 116 and 216 22.27 inch - 16.0 days tr116 0.000 0.000 -56.5785 $ inner rod tr216 0.000 0.000 56.5785 $ outer rod c c 117 and 217 22.54 inch - 17.0 days tr117 0.000 0.000 -57.2897 $ inner rod tr217 0.000 0.000 57.2897 $ outer rod c c 118 and 218 22.85 inch - 18.0 days tr118 0.000 0.000 -58.0644 $ inner rod tr218 0.000 0.000 58.0644 $ outer rod c c 119 and 219 23.19 inch - 19.0 days tr119 0.000 0.000 -58.9534 $ inner rod tr219 0.000 0.000 58.9534 $ outer rod c c 120 and 220 23.59 inch - 20.0 days tr120 0.000 0.000 -59.96305 $ inner rod tr220 0.000 0.000 59.96305 $ outer rod c c 121 and 221 23.97 inch - 21.0 days tr121 0.000 0.000 -61.0997 $ inner rod tr221 0.000 0.000 61.0997 $ outer rod c c 122 and 222 24.56 inch - 22.0 days tr122 0.000 0.000 -62.4459 $ inner rod tr222 0.000 0.000 62.4459 $ outer rod c c 123 and 223 25.19 inch - 23.0 days tr123 0.000 0.000 -64.0588 $ inner rod tr223 0.000 0.000 64.0588 $ outer rod c c 124 and 224 25.90 inch - 24.0 days tr124 0.000 0.000 -66.1162 $ inner rod tr224 0.000 0.000 66.1162 $ outer rod c c 125 and 225 26.86 inch - 24.66666667 days tr125 0.000 0.000 -67.7418 $ inner rod tr225 0.000 0.000 67.7418 $ outer rod c c c Region V Transformations for Removable Reflector Region c ---------------------------------------------------------- c tr23 7.296944 26.311930 0.0 $ RB-1A, radius=27.305 cm tr24 13.445625 23.765063 0.0 $ RB-1B, radius=27.305 cm tr25 -12.970338 22.924995 0.0 $ RB-2, radius=26.3398 cm tr26 -26.311929 7.296944 0.0 $ RB-3A, radius=27.305 cm tr27 -23.765062 13.445625 0.0 $ RB-3B, radius=27.305 cm tr28 -22.924995 -12.970338 0.0 $ RB-4, radius=26.3398 cm tr29 -7.296944 -26.311929 0.0 $ RB-5A, radius=27.305 cm tr30 -13.445625 -23.765062 0.0 $ RB-5B, radius=27.305 cm tr31 12.970338 -22.924995 0.0 $ RB-6, radius=26.3398 cm tr32 26.311929 -7.296944 0.0 $ RB-7A, radius=27.305 cm tr33 23.765062 -13.445625 0.0 $ RB-7B, radius=27.305 cm tr34 22.924995 12.970388 0.0 $ RB-8, radius=26.3398 cm c c c Region VI Transformations for Permanent Reflector Region c -------------------------------------------------------- c *tr43 $ HB-3; (all surfs in HB-3 have been revised for this new transformation) 23.09690 -13.33500 0.0 $ location of local origin relative to the global origin (cm); local origin at R=26.67 cm (=10.5 inch), -30 deg -120 -210 90 $ degrees from global x,y,z axes to local x axis -30 -120 90 $ degrees from global x,y,z axes to local y axis 90 90 0 $ degrees from global x,y,z axes to local z axis *tr44 $ HB-1 and HB-4; (all surfs in HB-1/HB-4 have been revised for this new transformation) 33.215538 19.1770 0.0 $ location of local origin relative to the global origin (cm); local origin at R=38.354 cm (=15.1 inch), 30 deg -60 -150 90 $ degrees from global x,y,z axes to local x axis +30 -60 90 $ degrees from global x,y,z axes to local y axis 90 90 0 $ degrees from global x,y,z axes to local z axis c tr51 0.0000000 0.0000000 0.0 0.9359987 0.3520030 0.0 -0.3520030 0.9359987 0.0 0.0000000 0.0000000 1.0 $ Planes for the gaps in the control elements c c Transformations for Engineering Facility Slant Tubes (EF-1,-2) tr141 4.6110552E+01 3.0427406E+01 0.0000000E+00 $ xc, yc, zc; A= 49.000 deg, B= 33.420 deg EF-1 .83465565838 .55077212342 .00000000000 $ X' = cos(B)*X + sin(B)*Y + (0.0)*Z -.36133902449 .54758338078 .75470958022 $ Y' = -cos(A)*sin(B)*X + cos(A)*cos(B)*Y + sin(A)*Z .41567299807 -.62992262156 .65605902899 $ Z' = sin(A)*sin(B)*X + -sin(A)*cos(B)*Y + cos(A)*Z tr142 -1.1410619E+01 5.4053749E+01 0.0000000E+00 $ xc, yc, zc; A= 49.000 deg, B=101.920 deg EF-2 -.20654573690 .97843694665 .00000000000 $ X' = cos(B)*X + sin(B)*Y + (0.0)*Z -.64191239315 -.13550619559 .75470958022 $ Y' = -cos(A)*sin(B)*X + cos(A)*cos(B)*Y + sin(A)*Z .73843573728 .15588204639 .65605902899 $ Z' = sin(A)*sin(B)*X + -sin(A)*cos(B)*Y + cos(A)*Z c c --------------------------------------------------------- c Note: To obtain the standard 5.0000-cm-thick cold source, *tr244 (shown here) should be c identical with *tr44 shown above; to keep the design essentially the same but slide the c rear surfaces forward or backward (to make a thinner or thicker cold source), simply change c the location of the local origin associated with *tr244 as noted there. c *tr244 $ used for rear (and slanted) surfaces of the cold source 33.215538 19.1770 0.0 $ local origin at R=38.354000 cm, 30.000000 deg; corresponds to a 5.0-cm-thick cold source (ref case) -60 -150 90 $ degrees from global x,y,z axes to local x axis +30 -60 90 $ degrees from global x,y,z axes to local y axis 90 90 0 $ degrees from global x,y,z axes to local z axis c --------------------------------------------------------- c c c ----------------------------- c (3) Material Descriptions c ----------------------------- c c Region I Material Descriptions c ------------------------------------ c c Water below core region - Outlet Pressure= 2.572 MPa or 358 psi c - Pressure drop= (0.758 MPa or 110 psi pressure drop) c - Outlet Temperature= 156F or 69C c - Density= 0.9794 g/cm^3 m1 1001.03c 6.59947E-02 8016.03c 3.29974E-02 mt1 lwtr.60t c c Water in core region - Avg. Density= 0.98465 g/cm^3 m2 1001.03c 6.63485E-02 8016.03c 3.31742E-02 mt2 lwtr.60t c c Water above core region - Inlet Pressure= 3.33 MPa or 468 psi c - Inlet Temperature= 120F or 49C c - Density= 0.9899 g/cm^3 m3 1001.03c 6.67022E-02 8016.03c 3.33511E-02 mt3 lwtr.60t c c Aluminum in target basket area m25 13027.03c 5.85482E-02 1001.03c 3.45716E-04 12024.03c 5.28432E-04 12025.03c 6.68986E-05 12026.03c 7.36554E-05 14028.03c 3.20373E-04 14029.03c 1.62219E-05 14030.03c 1.07683E-05 22046.03c 2.10131E-06 22047.03c 1.89500E-06 22048.03c 1.87768E-05 22049.03c 1.37795E-06 22050.03c 1.31937E-06 24050.03c 2.65258E-06 24052.03c 5.10942E-05 24053.03c 5.79300E-06 24054.03c 1.43910E-06 25055.03c 2.21974E-05 26054.03c 5.96144E-06 26056.03c 9.34978E-05 26057.03c 2.16039E-06 26058.03c 2.85334E-07 29063.03c 6.04931E-05 29065.03c 2.69626E-05 c c Al-1100 clad of target pellets Total = 6.03240E-02 m511 13027.03c 6.00625E-02 14028.03c 1.33983E-04 14029.03c 6.78416E-06 14030.03c 4.50340E-06 25055.03c 7.42655E-06 26054.03c 4.27394E-06 26056.03c 6.70314E-05 26057.03c 1.54885E-06 26058.03c 2.04565E-07 29063.03c 2.47400E-05 29065.03c 1.10270E-05 c c Al for shrouded targets Total = 6.03240E-02 m512 13027.03c 6.00625E-02 14028.03c 1.33983E-04 14029.03c 6.78416E-06 14030.03c 4.50340E-06 25055.03c 7.42655E-06 26054.03c 4.27394E-06 26056.03c 6.70314E-05 26057.03c 1.54885E-06 26058.03c 2.04565E-07 29063.03c 2.47400E-05 29065.03c 1.10270E-05 c c Dummy solid Al targets ( change to Al-1100) Total = 6.03240E-02 m530 13027.03c 6.00625E-02 14028.03c 1.33983E-04 14029.03c 6.78416E-06 14030.03c 4.50340E-06 25055.03c 7.42655E-06 26054.03c 4.27394E-06 26056.03c 6.70314E-05 26057.03c 1.54885E-06 26058.03c 2.04565E-07 29063.03c 2.47400E-05 29065.03c 1.10270E-05 c c c material for Jp-26 & Jp-27 solid SSt targets in Al holders Total = 5.97E-02 (communication w/ Randy Hobbs 8/9/2004) m535 13027.03c 3.22000E-02 26054.03c 1.10565E-03 26056.03c 1.73408E-02 26057.03c 4.00680E-04 26058.03c 5.29200E-05 24050.03c 2.41425E-04 24052.03c 4.65035E-03 24053.03c 5.27250E-04 24054.03c 1.30980E-04 28058.03c 1.67477E-03 28060.03c 6.45012E-04 28061.03c 2.80440E-05 28062.03c 8.92980E-05 28064.03c 2.28780E-05 25055.03c 5.53000E-04 c c c Material of PTP Experiments Loading c ----------------------------------- c c PTP-1 experiments c c #1 (bottom) experiment material (s1) Al spacer Al-1100 Total = 5.93745E-02 m711 13027.03c 6.00625E-02 14028.03c 1.33983E-04 14029.03c 6.78416E-06 14030.03c 4.50340E-06 25055.03c 7.42655E-06 26054.03c 4.27394E-06 26056.03c 6.70314E-05 26057.03c 1.54885E-06 26058.03c 2.04565E-07 29063.03c 2.47400E-05 29065.03c 1.10270E-05 c c # 2 experiment material (SO3E-003) sst/Al Total = 4.47398E-02 m712 13027.03c 0.0356263 42000.03c 0.0001731 14028.03c 2.81486E-04 14029.03c 1.42528E-05 14030.03c 9.46120E-06 26054.03c 4.81391E-04 26056.03c 7.55002E-03 26057.03c 1.74453E-04 26058.03c 2.30409E-05 6000.03c 0.0004063 $ PTP1 experiment material c c # 3 experiment material (NM-634) W Total = 3.38204E-02 m713 74186.03c 0.0010236 8016.03c 0.0020963 13027.03c 0.0307005 c c # 4 experiment material (NM-627) W Total = 3.36267E-02 m714 74186.03c 0.0009543 8016.03c 0.0019719 13027.03c 0.0307005 c c # 5 experiment material (S2) Mo/V Total = 2.32122E-02 m715 23000.03c 0.0172431 42000.03c 0.0059691 c c # 6 experiment material (NM-659) Ra Total = 3.50519E-02 m716 8016.03c 0.0000001 13027.03c 0.0350516 $ No radon cross section c c # 7 experiment material top (T031) SST Tensile Total = 6.4716E-03 m717 26054.03c 0.0003916 26056.03c 0.0059279 26057.03c 0.0001345 26058.03c 0.0000176 c c PTP-2 experiments c c #1 (bottom) experiment material Gr/Al Total=5.65355-2 m721 13027.03c 0.0285703 14028.03c 4.25273E-04 14029.03c 2.15334E-05 14030.03c 1.42941E-05 26054.03c 5.17316E-05 26056.03c 8.11345E-04 26057.03c 1.87472E-05 26058.03c 2.47604E-06 42000.03c 0.0003489 6000.03c 0.0262709 mt721 grph.60t c c #2 experiment material SiC/V Total= 4.34300-2 m722 13027.03c 0.0174491 14028.03c 1.05479E-02 14029.03c 5.34085E-04 14030.03c 3.54532E-04 6000.03c 0.0114365 26054.03c 4.70048E-05 26056.03c 7.37211E-04 26057.03c 1.70342E-05 26058.03c 2.24980E-06 42000.03c 0.0001735 23000.03c 0.0135674 mt722 grph.60t c c #3 experiment material (s1) Al spacer Al-1100 Total = 5.93745E-02 m723 13027.03c 6.00625E-02 14028.03c 1.33983E-04 14029.03c 6.78416E-06 14030.03c 4.50340E-06 25055.03c 7.42655E-06 26054.03c 4.27394E-06 26056.03c 6.70314E-05 26057.03c 1.54885E-06 26058.03c 2.04565E-07 29063.03c 2.47400E-05 29065.03c 1.10270E-05 c c #4 experiment material Gr/V Total=5.89491-2 m724 13027.03c 0.0175354 14028.03c 4.33942E-04 14029.03c 2.19724E-05 14030.03c 1.45855E-05 26054.03c 5.14742E-05 26056.03c 8.07308E-04 26057.03c 1.86539E-05 26058.03c 2.46372E-06 42000.03c 0.0003048 6000.03c 0.0262254 23000.03c 0.0135332 mt724 grph.60t c c #5 experiment material Gr/V Total=5.89252-2 m725 13027.03c 0.0174621 14028.03c 4.32374E-04 14029.03c 2.18930E-05 14030.03c 1.45328E-05 26054.03c 5.13221E-05 26056.03c 8.04923E-04 26057.03c 1.85988E-05 26058.03c 2.45644E-06 42000.03c 0.0003574 6000.03c 0.0262644 23000.03c 0.0134952 mt725 grph.60t c c #6 experiment material (s1) Al spacer Al-1100 Total = 5.93745E-02 m726 13027.03c 6.00625E-02 14028.03c 1.33983E-04 14029.03c 6.78416E-06 14030.03c 4.50340E-06 25055.03c 7.42655E-06 26054.03c 4.27394E-06 26056.03c 6.70314E-05 26057.03c 1.54885E-06 26058.03c 2.04565E-07 29063.03c 2.47400E-05 29065.03c 1.10270E-05 c c #7 experiment material Gr/V Total=6.03159-2 m727 13027.03c 0.0174755 14028.03c 4.32651E-04 14029.03c 2.19070E-05 14030.03c 1.45421E-05 26054.03c 5.20650E-05 26056.03c 8.16575E-04 26057.03c 1.88680E-05 26058.03c 2.49200E-06 42000.03c 0.0003404 6000.03c 0.0263554 23000.03c 0.0147856 mt727 grph.60t c c PTP-3 experiments c c #1 (bottom) experiment material Gr/Al Total=5.64033-2 m731 13027.03c 0.0285244 14028.03c 4.32374E-04 14029.03c 2.18930E-05 14030.03c 1.45328E-05 26054.03c 5.22932E-05 26056.03c 8.20153E-04 26057.03c 1.89507E-05 26058.03c 2.50292E-06 42000.03c 0.0003567 6000.03c 0.0261596 mt731 grph.60t c c #2 experiment material SiC/V Total= 4.31828-2 m732 13027.03c 0.0174491 14028.03c 1.03287E-02 14029.03c 5.22989E-04 14030.03c 3.47166E-04 6000.03c 0.0111989 26054.03c 4.70048E-05 26056.03c 7.37211E-04 26057.03c 1.70342E-05 26058.03c 2.24980E-06 42000.03c 0.0001735 23000.03c 0.0135579 mt732 grph.60t c c #3 experiment material (s1) Al spacer Al-1100 Total = 5.93745E-02 m733 13027.03c 6.00625E-02 14028.03c 1.33983E-04 14029.03c 6.78416E-06 14030.03c 4.50340E-06 25055.03c 7.42655E-06 26054.03c 4.27394E-06 26056.03c 6.70314E-05 26057.03c 1.54885E-06 26058.03c 2.04565E-07 29063.03c 2.47400E-05 29065.03c 1.10270E-05 c c #4 experiment material (S4) Mo/V Total = 2.59550E-02 m734 23000.03c 0.0199828 42000.03c 0.0059722 c c #5 experiment material (S4) Mo/V Total = 2.32314E-02 m735 23000.03c 0.0172623 42000.03c 0.0059691 c c #6 experiment material (s1) Al spacer Al-1100 Total = 5.93745E-02 m736 13027.03c 6.00625E-02 14028.03c 1.33983E-04 14029.03c 6.78416E-06 14030.03c 4.50340E-06 25055.03c 7.42655E-06 26054.03c 4.27394E-06 26056.03c 6.70314E-05 26057.03c 1.54885E-06 26058.03c 2.04565E-07 29063.03c 2.47400E-05 29065.03c 1.10270E-05 c c #7 experiment material Gr/V Total=5.98973-2 m737 13027.03c 0.0174177 14028.03c 4.25641E-04 14029.03c 2.15521E-05 14030.03c 1.43065E-05 26054.03c 5.18954E-05 26056.03c 8.13914E-04 26057.03c 1.88065E-05 26058.03c 2.48388E-06 42000.03c 0.0003417 6000.03c 0.0260117 23000.03c 0.0147777 mt737 grph.60t c c PTP-4 experiments c c #1 (bottom) experiment material Gr/Al Total=8.16415-2 c m741 6000.03c 0.0430656 13027.03c 0.0361430 14028.03c 2.24386E-03 14029.03c 1.13616E-04 14030.03c 7.54199E-05 mt741 grph.60t c c #2 experiment material SiC/V Total= 4.31234-2 m742 13027.03c 0.0174491 14028.03c 1.02171E-02 14029.03c 5.17333E-04 14030.03c 3.43412E-04 6000.03c 0.0110778 26054.03c 4.70048E-05 26056.03c 7.37211E-04 26057.03c 1.70342E-05 26058.03c 2.24980E-06 42000.03c 0.0001735 23000.03c 0.0136196 mt742 grph.60t c c #3 experiment material (s1) Al spacer Al-1100 Total = 5.93745E-02 m743 13027.03c 6.00625E-02 14028.03c 1.33983E-04 14029.03c 6.78416E-06 14030.03c 4.50340E-06 25055.03c 7.42655E-06 26054.03c 4.27394E-06 26056.03c 6.70314E-05 26057.03c 1.54885E-06 26058.03c 2.04565E-07 29063.03c 2.47400E-05 29065.03c 1.10270E-05 c c #4 experiment material (S4) Mo/Al Total = 4.89927E-02 m744 13027.03c 0.0432115 26054.03c 1.29402E-05 26056.03c 2.02951E-04 26057.03c 4.68944E-06 26058.03c 6.19360E-07 42000.03c 0.0055599 c c #5 experiment material (S4) Mo/Al Total = 4.90794E-02 m745 13027.03c 0.0433322 26054.03c 1.29402E-05 26056.03c 2.02951E-04 26057.03c 4.68944E-06 26058.03c 6.19360E-07 42000.03c 0.0055260 c c #6 experiment material (s-23) Al spacer Al-1100 Total = 5.93745E-02 m746 13027.03c 6.00625E-02 14028.03c 1.33983E-04 14029.03c 6.78416E-06 14030.03c 4.50340E-06 25055.03c 7.42655E-06 26054.03c 4.27394E-06 26056.03c 6.70314E-05 26057.03c 1.54885E-06 26058.03c 2.04565E-07 29063.03c 2.47400E-05 29065.03c 1.10270E-05 c c #7 experiment material Gr/V Total=5.98063-2 m747 13027.03c 0.0175022 14028.03c 4.25273E-04 14029.03c 2.15334E-05 14030.03c 1.42941E-05 26054.03c 5.17199E-05 26056.03c 8.11162E-04 26057.03c 1.87429E-05 26058.03c 2.47548E-06 42000.03c 0.0003557 6000.03c 0.0258166 23000.03c 0.0147865 mt747 grph.60t c c PTP-5 experiments c c #1 (bottom) experiment material (s-4) Al spacer Al-1100 Total = 5.93745E-02 m751 13027.03c 6.00625E-02 14028.03c 1.33983E-04 14029.03c 6.78416E-06 14030.03c 4.50340E-06 25055.03c 7.42655E-06 26054.03c 4.27394E-06 26056.03c 6.70314E-05 26057.03c 1.54885E-06 26058.03c 2.04565E-07 29063.03c 2.47400E-05 29065.03c 1.10270E-05 c c #2 experiment material SiC/V Total= 4.32788-2 m752 13027.03c 0.0174491 14028.03c 1.04194E-02 14029.03c 5.27579E-04 14030.03c 3.50213E-04 6000.03c 0.0112972 26054.03c 4.70048E-05 26056.03c 7.37211E-04 26057.03c 1.70342E-05 26058.03c 2.24980E-06 42000.03c 0.0001735 23000.03c 0.0135556 mt752 grph.60t c c #3 experiment material Lo3-106 assume equale to LO3-F7, -106) Total= 4.74972-2 m753 13027.03c 0.0417166 26054.03c 1.29051E-05 26056.03c 2.02401E-04 26057.03c 4.67672E-06 26058.03c 6.17680E-07 42000.03c 0.0055599 c c #4 experiment material (Lo3-100) Total = 7.00373E-02 m754 14028.03c 1.34632E-02 14029.03c 6.81699E-04 14030.03c 4.52519E-04 6000.03c 0.0145951 13027.03c 0.0216858 23000.03c 0.0191590 c c #5 experiment material (Lo3-101) Total = 7.00373E-02 m755 14028.03c 1.34632E-02 14029.03c 6.81699E-04 14030.03c 4.52519E-04 6000.03c 0.0145951 13027.03c 0.0216858 23000.03c 0.0191590 c c #6 experiment material (s-9) Al spacer Al-1100 Total = 5.93745E-02 m756 13027.03c 6.00625E-02 14028.03c 1.33983E-04 14029.03c 6.78416E-06 14030.03c 4.50340E-06 25055.03c 7.42655E-06 26054.03c 4.27394E-06 26056.03c 6.70314E-05 26057.03c 1.54885E-06 26058.03c 2.04565E-07 29063.03c 2.47400E-05 29065.03c 1.10270E-05 c c #7 experiment material Gr/V Total=6.00335-2 m757 13027.03c 0.0174852 14028.03c 4.32928E-04 14029.03c 2.19210E-05 14030.03c 1.45514E-05 26054.03c 5.21879E-05 26056.03c 8.18502E-04 26057.03c 1.89125E-05 26058.03c 2.49788E-06 42000.03c 0.0003382 6000.03c 0.0260474 23000.03c 0.0148011 mt757 grph.60t c c PTP-6 experiments c c #1 (bottom) experiment material Gr/Al Total=5.63347-2 m761 13027.03c 0.0284792 14028.03c 4.32005E-04 14029.03c 2.18743E-05 14030.03c 1.45204E-05 26054.03c 5.14157E-05 26056.03c 8.06391E-04 26057.03c 1.86327E-05 26058.03c 2.46092E-06 42000.03c 0.0002991 6000.03c 0.0262091 mt761 grph.60t c c # 2 experiment material (SO3E-001) sst/Al Total = 4.49341E-02 m762 13027.03c 0.0358373 42000.03c 0.0001801 14028.03c 2.81486E-04 14029.03c 1.42528E-05 14030.03c 9.46120E-06 26054.03c 4.80004E-04 26056.03c 7.52827E-03 26057.03c 1.73950E-04 26058.03c 2.29746E-05 6000.03c 0.0004063 $ PTP1 experiment material c c # 3 experiment material (SO3E-001) sst/Al Total = 3.98252E-02 m763 13027.03c 0.0353814 42000.03c 0.0001730 14028.03c 2.81486E-04 14029.03c 1.42528E-05 14030.03c 9.46120E-06 26054.03c 2.08219E-04 26056.03c 3.26566E-03 26057.03c 7.54572E-05 26058.03c 9.96604E-06 6000.03c 0.0004063 $ PTP1 experiment material c c #4 experiment material Gr/V Total=8.80417-2 m764 14028.03c 2.24386E-03 14029.03c 1.13616E-04 14030.03c 7.54199E-05 6000.03c 0.0430656 13027.03c 0.0253001 23000.03c 0.0172431 mt764 grph.60t c c #5 experiment material Gr/V Total=8.80417 m765 14028.03c 2.24386E-03 14029.03c 1.13616E-04 14030.03c 7.54199E-05 6000.03c 0.0430656 13027.03c 0.0253001 23000.03c 0.0172431 mt765 grph.60t c c #6 experiment material (s-20) Al spacer Al-1100 Total = 5.93745E-02 m766 13027.03c 6.00625E-02 14028.03c 1.33983E-04 14029.03c 6.78416E-06 14030.03c 4.50340E-06 25055.03c 7.42655E-06 26054.03c 4.27394E-06 26056.03c 6.70314E-05 26057.03c 1.54885E-06 26058.03c 2.04565E-07 29063.03c 2.47400E-05 29065.03c 1.10270E-05 c c #7 experiment material Lo3-106 assume equale to LO3-F7, -106) Total= 4.74972-2 m767 13027.03c 0.0417166 26054.03c 1.29051E-05 26056.03c 2.02401E-04 26057.03c 4.67672E-06 26058.03c 6.17680E-07 42000.03c 0.0055599 c c c Region II ( IFE) Material Descriptions c ---------------------------------------- c c Aluminum Sidewalls c Aluminum fuel element sidewalls m20 13027.03c 5.85482E-02 1001.03c 3.45716E-04 12024.03c 5.28432E-04 12025.03c 6.68986E-05 12026.03c 7.36554E-05 14028.03c 3.20373E-04 14029.03c 1.62219E-05 14030.03c 1.07683E-05 22046.03c 2.10131E-06 22047.03c 1.89500E-06 22048.03c 1.87768E-05 22049.03c 1.37795E-06 22050.03c 1.31937E-06 24050.03c 2.65258E-06 24052.03c 5.10942E-05 24053.03c 5.79300E-06 24054.03c 1.43910E-06 25055.03c 2.21974E-05 26054.03c 5.96144E-06 26056.03c 9.34978E-05 26057.03c 2.16039E-06 26058.03c 2.85334E-07 29063.03c 6.04931E-05 29065.03c 2.69626E-05 c c Upper and lower Unfuelled Core Regions (50% H2O-50% Al-6061) * c Inner fuel element--lower uncontrolled region m70 1001.03c 3.35240E-02 8016.03c 1.66756E-02 13027.03c 2.92741E-02 14028.03c 1.60187E-04 14029.03c 8.11095E-06 14030.03c 5.38414E-06 22046.03c 1.05065E-06 22047.03c 9.47499E-07 22048.03c 9.38839E-06 22049.03c 6.88974E-07 22050.03c 6.59683E-07 24050.03c 1.32629E-06 24052.03c 2.55471E-05 24053.03c 2.89649E-06 24054.03c 7.19550E-07 25055.03c 1.10987E-05 26054.03c 2.98072E-06 26056.03c 4.67489E-05 26057.03c 1.08019E-06 26058.03c 1.42667E-07 29063.03c 3.02466E-05 29065.03c 1.34813E-05 12024.03c 2.64216E-04 12025.03c 3.34493E-05 12026.03c 3.68277E-05 mt70 lwtr.60t c Inner fuel element--upper uncontrolled region m71 1001.03c 3.31702E-02 8016.03c 1.64987E-02 13027.03c 2.92741E-02 14028.03c 1.60187E-04 14029.03c 8.11095E-06 14030.03c 5.38414E-06 22046.03c 1.05065E-06 22047.03c 9.47499E-07 22048.03c 9.38839E-06 22049.03c 6.88974E-07 22050.03c 6.59683E-07 24050.03c 1.32629E-06 24052.03c 2.55471E-05 24053.03c 2.89649E-06 24054.03c 7.19550E-07 25055.03c 1.10987E-05 26054.03c 2.98072E-06 26056.03c 4.67489E-05 26057.03c 1.08019E-06 26058.03c 1.42667E-07 29063.03c 3.02466E-05 29065.03c 1.34813E-05 12024.03c 2.64216E-04 12025.03c 3.34493E-05 12026.03c 3.68277E-05 mt71 lwtr.60t c c Inner Fuel Element c unheated region material (al+h2o)/2. 6/9/95 total nd = 7.98825-2 c used in all unfuelled regions m200 1001.03c 3.35240E-02 8016.03c 1.66756E-02 13027.03c 2.92741E-02 14028.03c 1.60187E-04 14029.03c 8.11095E-06 14030.03c 5.38414E-06 22046.03c 1.05065E-06 22047.03c 9.47499E-07 22048.03c 9.38839E-06 22049.03c 6.88974E-07 22050.03c 6.59683E-07 24050.03c 1.32629E-06 24052.03c 2.55471E-05 24053.03c 2.89649E-06 24054.03c 7.19550E-07 25055.03c 1.10987E-05 26054.03c 2.98072E-06 26056.03c 4.67489E-05 26057.03c 1.08019E-06 26058.03c 1.42667E-07 29063.03c 3.02466E-05 29065.03c 1.34813E-05 12024.03c 2.64216E-04 12025.03c 3.34493E-05 12026.03c 3.68277E-05 mt200 lwtr.60t c c Inner fuel element--fueled Axial region 1 c total atom density = 8.00804E-02 a/b-cm m211 $ 8.008040E-02 1001.03c 4.151254862E-01 5010.03c 2.548951954E-04 5011.03c 1.032582720E-03 8016.03c 2.144807936E-01 12024.03c 1.319749248E-03 12025.03c 1.670784116E-04 12026.03c 1.839527105E-04 13027.03c 3.621274753E-01 14028.03c 1.281762407E-03 14029.03c 6.490092886E-05 14030.03c 4.308197206E-05 22046.03c 5.248003125E-06 22047.03c 4.732745727E-06 22048.03c 4.689489180E-05 22049.03c 3.441417928E-06 22050.03c 3.295102409E-06 24050.03c 6.624807558E-06 24052.03c 1.276080615E-04 24053.03c 1.446796622E-05 24054.03c 3.594151999E-06 25055.03c 8.213386753E-05 26054.03c 3.025198541E-05 26056.03c 4.744646272E-04 26057.03c 1.096311202E-05 26058.03c 1.447957956E-06 29063.03c 2.400126456E-04 29065.03c 1.069770364E-04 92234.03c 2.756081382E-05 92235.03c 2.568669646E-03 92236.03c 1.102440045E-05 92238.03c 1.488279950E-04 mt211 lwtr.60t c total atom density = 8.00839E-02 a/b-cm m212 $ 8.008390E-02 1001.03c 4.151070034E-01 5010.03c 2.216587037E-04 5011.03c 8.979417024E-04 8016.03c 2.160895464E-01 12024.03c 1.319690488E-03 12025.03c 1.670709727E-04 12026.03c 1.839445203E-04 13027.03c 3.601072047E-01 14028.03c 1.277222542E-03 14029.03c 6.467115227E-05 14030.03c 4.292946189E-05 22046.03c 5.247769466E-06 22047.03c 4.732535008E-06 22048.03c 4.689280387E-05 22049.03c 3.441264704E-06 22050.03c 3.294955700E-06 24050.03c 6.624512599E-06 24052.03c 1.276023799E-04 24053.03c 1.446732206E-05 24054.03c 3.593991975E-06 25055.03c 8.188234568E-05 26054.03c 3.010803809E-05 26056.03c 4.722070986E-04 26057.03c 1.091095311E-05 26058.03c 1.441063153E-06 29063.03c 2.391765753E-04 29065.03c 1.066042844E-04 92234.03c 3.362884434E-05 92235.03c 3.134211839E-03 92236.03c 1.345163763E-05 92238.03c 1.815957345E-04 mt212 lwtr.60t c total atom density = 8.00880E-02 a/b-cm m213 $ 8.008800E-02 1001.03c 4.150865749E-01 5010.03c 1.834372651E-04 5011.03c 7.431062827E-04 8016.03c 2.179393685E-01 12024.03c 1.319625542E-03 12025.03c 1.670627507E-04 12026.03c 1.839354679E-04 13027.03c 3.577832660E-01 14028.03c 1.272027823E-03 14029.03c 6.440800517E-05 14030.03c 4.275478875E-05 22046.03c 5.247511209E-06 22047.03c 4.732302107E-06 22048.03c 4.689049615E-05 22049.03c 3.441095350E-06 22050.03c 3.294793546E-06 24050.03c 6.624186589E-06 24052.03c 1.275961003E-04 24053.03c 1.446661008E-05 24054.03c 3.593815105E-06 25055.03c 8.159325414E-05 26054.03c 2.994248660E-05 26056.03c 4.696116853E-04 26057.03c 1.085095647E-05 26058.03c 1.433150848E-06 29063.03c 2.382158471E-04 29065.03c 1.061760028E-04 92234.03c 4.060714769E-05 92235.03c 3.784593057E-03 92236.03c 1.624303388E-05 92238.03c 2.192791469E-04 mt213 lwtr.60t c total atom density = 8.00937E-02 a/b-cm m214 $ 8.009370E-02 1001.03c 4.150562818E-01 5010.03c 1.295956850E-04 5011.03c 5.249924969E-04 8016.03c 2.205466403E-01 12024.03c 1.319529236E-03 12025.03c 1.670505584E-04 12026.03c 1.839220443E-04 13027.03c 3.545097091E-01 14028.03c 1.264680988E-03 14029.03c 6.403586011E-05 14030.03c 4.250782915E-05 22046.03c 5.247128245E-06 22047.03c 4.731956743E-06 22048.03c 4.688707408E-05 22049.03c 3.440844219E-06 22050.03c 3.294553091E-06 24050.03c 6.623703154E-06 24052.03c 1.275867883E-04 24053.03c 1.446555431E-05 24054.03c 3.593552828E-06 25055.03c 8.118564497E-05 26054.03c 2.970919712E-05 26056.03c 4.659516603E-04 26057.03c 1.076640019E-05 26058.03c 1.421971729E-06 29063.03c 2.368600300E-04 29065.03c 1.055715780E-04 92234.03c 5.043716532E-05 92235.03c 4.700743308E-03 92236.03c 2.017499098E-05 92238.03c 2.723609424E-04 mt214 lwtr.60t c total atom density = 8.00993E-02 a/b-cm m215 $ 8.009930E-02 1001.03c 4.150277825E-01 5010.03c 7.715543681E-05 5011.03c 3.125573663E-04 8016.03c 2.230845805E-01 12024.03c 1.319438632E-03 12025.03c 1.670390881E-04 12026.03c 1.839094155E-04 13027.03c 3.513217906E-01 14028.03c 1.257527914E-03 14029.03c 6.367415630E-05 14030.03c 4.226757974E-05 22046.03c 5.246767957E-06 22047.03c 4.731631829E-06 22048.03c 4.688385463E-05 22049.03c 3.440607957E-06 22050.03c 3.294326875E-06 24050.03c 6.623248346E-06 24052.03c 1.275780277E-04 24053.03c 1.446456105E-05 24054.03c 3.593306081E-06 25055.03c 8.078893055E-05 26054.03c 2.948206134E-05 26056.03c 4.623890450E-04 26057.03c 1.068408709E-05 26058.03c 1.411099954E-06 29063.03c 2.355403828E-04 29065.03c 1.049835494E-04 92234.03c 6.001132394E-05 92235.03c 5.593063481E-03 92236.03c 2.400472933E-05 92238.03c 3.240618484E-04 mt215 lwtr.60t c total atom density = 8.00998E-02 a/b-cm m216 $ 8.009980E-02 1001.03c 4.150249539E-01 5010.03c 7.238847983E-05 5011.03c 2.932455658E-04 8016.03c 2.233152705E-01 12024.03c 1.319429640E-03 12025.03c 1.670379497E-04 12026.03c 1.839081621E-04 13027.03c 3.510322544E-01 14028.03c 1.256882637E-03 14029.03c 6.364163735E-05 14030.03c 4.224606814E-05 22046.03c 5.246732199E-06 22047.03c 4.731599582E-06 22048.03c 4.688353511E-05 22049.03c 3.440584509E-06 22050.03c 3.294304423E-06 24050.03c 6.623203207E-06 24052.03c 1.275771582E-04 24053.03c 1.446446247E-05 24054.03c 3.593281592E-06 25055.03c 8.075279933E-05 26054.03c 2.946138595E-05 26056.03c 4.620650438E-04 26057.03c 1.067659853E-05 26058.03c 1.410116551E-06 29063.03c 2.354201754E-04 29065.03c 1.049300247E-04 92234.03c 6.088170406E-05 92235.03c 5.674174169E-03 92236.03c 2.435288137E-05 92238.03c 3.287612768E-04 mt216 lwtr.60t c total atom density = 8.00968E-02 a/b-cm m217 $ 8.009680E-02 1001.03c 4.150402676E-01 5010.03c 9.981758763E-05 5011.03c 4.043606908E-04 8016.03c 2.219876270E-01 12024.03c 1.319478324E-03 12025.03c 1.670441131E-04 12026.03c 1.839149480E-04 13027.03c 3.526994551E-01 14028.03c 1.260624542E-03 14029.03c 6.383050991E-05 14030.03c 4.237147708E-05 22046.03c 5.246925794E-06 22047.03c 4.731774170E-06 22048.03c 4.688526503E-05 22049.03c 3.440711460E-06 22050.03c 3.294425978E-06 24050.03c 6.623447592E-06 24052.03c 1.275818656E-04 24053.03c 1.446499618E-05 24054.03c 3.593414178E-06 25055.03c 8.096040635E-05 26054.03c 2.958020555E-05 26056.03c 4.639286088E-04 26057.03c 1.071966584E-05 26058.03c 1.415799268E-06 29063.03c 2.361117856E-04 29065.03c 1.052380285E-04 92234.03c 5.587388807E-05 92235.03c 5.207448565E-03 92236.03c 2.234970505E-05 92238.03c 3.017186460E-04 mt217 lwtr.60t c total atom density = 8.00933E-02 a/b-cm m218 $ 8.009330E-02 1001.03c 4.150582303E-01 5010.03c 1.330435213E-04 5011.03c 5.389586693E-04 8016.03c 2.203791224E-01 12024.03c 1.319535430E-03 12025.03c 1.670513426E-04 12026.03c 1.839229077E-04 13027.03c 3.547198801E-01 14028.03c 1.265148886E-03 14029.03c 6.406013276E-05 14030.03c 4.252388520E-05 22046.03c 5.247152878E-06 22047.03c 4.731978958E-06 22048.03c 4.688729419E-05 22049.03c 3.440860372E-06 22050.03c 3.294568558E-06 24050.03c 6.623734250E-06 24052.03c 1.275873873E-04 24053.03c 1.446562222E-05 24054.03c 3.593569698E-06 25055.03c 8.121174609E-05 26054.03c 2.972406940E-05 26056.03c 4.661860768E-04 26057.03c 1.077181947E-05 26058.03c 1.422690075E-06 29063.03c 2.369472914E-04 29065.03c 1.056105288E-04 92234.03c 4.980776173E-05 92235.03c 4.642083843E-03 92236.03c 1.992325452E-05 92238.03c 2.689611892E-04 mt218 lwtr.60t c c Inner fuel element--fueled Axial region 2 c total atom density = 8.00804E-02 a/b-cm m221 $ 8.008040E-02 1001.03c 4.151254862E-01 5010.03c 2.548951954E-04 5011.03c 1.032582720E-03 8016.03c 2.144807936E-01 12024.03c 1.319749248E-03 12025.03c 1.670784116E-04 12026.03c 1.839527105E-04 13027.03c 3.621274753E-01 14028.03c 1.281762407E-03 14029.03c 6.490092886E-05 14030.03c 4.308197206E-05 22046.03c 5.248003125E-06 22047.03c 4.732745727E-06 22048.03c 4.689489180E-05 22049.03c 3.441417928E-06 22050.03c 3.295102409E-06 24050.03c 6.624807558E-06 24052.03c 1.276080615E-04 24053.03c 1.446796622E-05 24054.03c 3.594151999E-06 25055.03c 8.213386753E-05 26054.03c 3.025198541E-05 26056.03c 4.744646272E-04 26057.03c 1.096311202E-05 26058.03c 1.447957956E-06 29063.03c 2.400126456E-04 29065.03c 1.069770364E-04 92234.03c 2.756081382E-05 92235.03c 2.568669646E-03 92236.03c 1.102440045E-05 92238.03c 1.488279950E-04 mt221 lwtr.60t c total atom density = 8.00839E-02 a/b-cm m222 $ 8.008390E-02 1001.03c 4.151070034E-01 5010.03c 2.216587037E-04 5011.03c 8.979417024E-04 8016.03c 2.160895464E-01 12024.03c 1.319690488E-03 12025.03c 1.670709727E-04 12026.03c 1.839445203E-04 13027.03c 3.601072047E-01 14028.03c 1.277222542E-03 14029.03c 6.467115227E-05 14030.03c 4.292946189E-05 22046.03c 5.247769466E-06 22047.03c 4.732535008E-06 22048.03c 4.689280387E-05 22049.03c 3.441264704E-06 22050.03c 3.294955700E-06 24050.03c 6.624512599E-06 24052.03c 1.276023799E-04 24053.03c 1.446732206E-05 24054.03c 3.593991975E-06 25055.03c 8.188234568E-05 26054.03c 3.010803809E-05 26056.03c 4.722070986E-04 26057.03c 1.091095311E-05 26058.03c 1.441063153E-06 29063.03c 2.391765753E-04 29065.03c 1.066042844E-04 92234.03c 3.362884434E-05 92235.03c 3.134211839E-03 92236.03c 1.345163763E-05 92238.03c 1.815957345E-04 mt222 lwtr.60t c total atom density = 8.00880E-02 a/b-cm m223 $ 8.008800E-02 1001.03c 4.150865749E-01 5010.03c 1.834372651E-04 5011.03c 7.431062827E-04 8016.03c 2.179393685E-01 12024.03c 1.319625542E-03 12025.03c 1.670627507E-04 12026.03c 1.839354679E-04 13027.03c 3.577832660E-01 14028.03c 1.272027823E-03 14029.03c 6.440800517E-05 14030.03c 4.275478875E-05 22046.03c 5.247511209E-06 22047.03c 4.732302107E-06 22048.03c 4.689049615E-05 22049.03c 3.441095350E-06 22050.03c 3.294793546E-06 24050.03c 6.624186589E-06 24052.03c 1.275961003E-04 24053.03c 1.446661008E-05 24054.03c 3.593815105E-06 25055.03c 8.159325414E-05 26054.03c 2.994248660E-05 26056.03c 4.696116853E-04 26057.03c 1.085095647E-05 26058.03c 1.433150848E-06 29063.03c 2.382158471E-04 29065.03c 1.061760028E-04 92234.03c 4.060714769E-05 92235.03c 3.784593057E-03 92236.03c 1.624303388E-05 92238.03c 2.192791469E-04 mt223 lwtr.60t c total atom density = 8.00937E-02 a/b-cm m224 $ 8.009370E-02 1001.03c 4.150562818E-01 5010.03c 1.295956850E-04 5011.03c 5.249924969E-04 8016.03c 2.205466403E-01 12024.03c 1.319529236E-03 12025.03c 1.670505584E-04 12026.03c 1.839220443E-04 13027.03c 3.545097091E-01 14028.03c 1.264680988E-03 14029.03c 6.403586011E-05 14030.03c 4.250782915E-05 22046.03c 5.247128245E-06 22047.03c 4.731956743E-06 22048.03c 4.688707408E-05 22049.03c 3.440844219E-06 22050.03c 3.294553091E-06 24050.03c 6.623703154E-06 24052.03c 1.275867883E-04 24053.03c 1.446555431E-05 24054.03c 3.593552828E-06 25055.03c 8.118564497E-05 26054.03c 2.970919712E-05 26056.03c 4.659516603E-04 26057.03c 1.076640019E-05 26058.03c 1.421971729E-06 29063.03c 2.368600300E-04 29065.03c 1.055715780E-04 92234.03c 5.043716532E-05 92235.03c 4.700743308E-03 92236.03c 2.017499098E-05 92238.03c 2.723609424E-04 mt224 lwtr.60t c total atom density = 8.00993E-02 a/b-cm m225 $ 8.009930E-02 1001.03c 4.150277825E-01 5010.03c 7.715543681E-05 5011.03c 3.125573663E-04 8016.03c 2.230845805E-01 12024.03c 1.319438632E-03 12025.03c 1.670390881E-04 12026.03c 1.839094155E-04 13027.03c 3.513217906E-01 14028.03c 1.257527914E-03 14029.03c 6.367415630E-05 14030.03c 4.226757974E-05 22046.03c 5.246767957E-06 22047.03c 4.731631829E-06 22048.03c 4.688385463E-05 22049.03c 3.440607957E-06 22050.03c 3.294326875E-06 24050.03c 6.623248346E-06 24052.03c 1.275780277E-04 24053.03c 1.446456105E-05 24054.03c 3.593306081E-06 25055.03c 8.078893055E-05 26054.03c 2.948206134E-05 26056.03c 4.623890450E-04 26057.03c 1.068408709E-05 26058.03c 1.411099954E-06 29063.03c 2.355403828E-04 29065.03c 1.049835494E-04 92234.03c 6.001132394E-05 92235.03c 5.593063481E-03 92236.03c 2.400472933E-05 92238.03c 3.240618484E-04 mt225 lwtr.60t c total atom density = 8.00998E-02 a/b-cm m226 $ 8.009980E-02 1001.03c 4.150249539E-01 5010.03c 7.238847983E-05 5011.03c 2.932455658E-04 8016.03c 2.233152705E-01 12024.03c 1.319429640E-03 12025.03c 1.670379497E-04 12026.03c 1.839081621E-04 13027.03c 3.510322544E-01 14028.03c 1.256882637E-03 14029.03c 6.364163735E-05 14030.03c 4.224606814E-05 22046.03c 5.246732199E-06 22047.03c 4.731599582E-06 22048.03c 4.688353511E-05 22049.03c 3.440584509E-06 22050.03c 3.294304423E-06 24050.03c 6.623203207E-06 24052.03c 1.275771582E-04 24053.03c 1.446446247E-05 24054.03c 3.593281592E-06 25055.03c 8.075279933E-05 26054.03c 2.946138595E-05 26056.03c 4.620650438E-04 26057.03c 1.067659853E-05 26058.03c 1.410116551E-06 29063.03c 2.354201754E-04 29065.03c 1.049300247E-04 92234.03c 6.088170406E-05 92235.03c 5.674174169E-03 92236.03c 2.435288137E-05 92238.03c 3.287612768E-04 mt226 lwtr.60t c total atom density = 8.00968E-02 a/b-cm m227 $ 8.009680E-02 1001.03c 4.150402676E-01 5010.03c 9.981758763E-05 5011.03c 4.043606908E-04 8016.03c 2.219876270E-01 12024.03c 1.319478324E-03 12025.03c 1.670441131E-04 12026.03c 1.839149480E-04 13027.03c 3.526994551E-01 14028.03c 1.260624542E-03 14029.03c 6.383050991E-05 14030.03c 4.237147708E-05 22046.03c 5.246925794E-06 22047.03c 4.731774170E-06 22048.03c 4.688526503E-05 22049.03c 3.440711460E-06 22050.03c 3.294425978E-06 24050.03c 6.623447592E-06 24052.03c 1.275818656E-04 24053.03c 1.446499618E-05 24054.03c 3.593414178E-06 25055.03c 8.096040635E-05 26054.03c 2.958020555E-05 26056.03c 4.639286088E-04 26057.03c 1.071966584E-05 26058.03c 1.415799268E-06 29063.03c 2.361117856E-04 29065.03c 1.052380285E-04 92234.03c 5.587388807E-05 92235.03c 5.207448565E-03 92236.03c 2.234970505E-05 92238.03c 3.017186460E-04 mt227 lwtr.60t c total atom density = 8.00933E-02 a/b-cm m228 $ 8.009330E-02 1001.03c 4.150582303E-01 5010.03c 1.330435213E-04 5011.03c 5.389586693E-04 8016.03c 2.203791224E-01 12024.03c 1.319535430E-03 12025.03c 1.670513426E-04 12026.03c 1.839229077E-04 13027.03c 3.547198801E-01 14028.03c 1.265148886E-03 14029.03c 6.406013276E-05 14030.03c 4.252388520E-05 22046.03c 5.247152878E-06 22047.03c 4.731978958E-06 22048.03c 4.688729419E-05 22049.03c 3.440860372E-06 22050.03c 3.294568558E-06 24050.03c 6.623734250E-06 24052.03c 1.275873873E-04 24053.03c 1.446562222E-05 24054.03c 3.593569698E-06 25055.03c 8.121174609E-05 26054.03c 2.972406940E-05 26056.03c 4.661860768E-04 26057.03c 1.077181947E-05 26058.03c 1.422690075E-06 29063.03c 2.369472914E-04 29065.03c 1.056105288E-04 92234.03c 4.980776173E-05 92235.03c 4.642083843E-03 92236.03c 1.992325452E-05 92238.03c 2.689611892E-04 mt228 lwtr.60t c c Inner fuel element--fueled Axial region 3 c total atom density = 8.00804E-02 a/b-cm m231 $ 8.008040E-02 1001.03c 4.151254862E-01 5010.03c 2.548951954E-04 5011.03c 1.032582720E-03 8016.03c 2.144807936E-01 12024.03c 1.319749248E-03 12025.03c 1.670784116E-04 12026.03c 1.839527105E-04 13027.03c 3.621274753E-01 14028.03c 1.281762407E-03 14029.03c 6.490092886E-05 14030.03c 4.308197206E-05 22046.03c 5.248003125E-06 22047.03c 4.732745727E-06 22048.03c 4.689489180E-05 22049.03c 3.441417928E-06 22050.03c 3.295102409E-06 24050.03c 6.624807558E-06 24052.03c 1.276080615E-04 24053.03c 1.446796622E-05 24054.03c 3.594151999E-06 25055.03c 8.213386753E-05 26054.03c 3.025198541E-05 26056.03c 4.744646272E-04 26057.03c 1.096311202E-05 26058.03c 1.447957956E-06 29063.03c 2.400126456E-04 29065.03c 1.069770364E-04 92234.03c 2.756081382E-05 92235.03c 2.568669646E-03 92236.03c 1.102440045E-05 92238.03c 1.488279950E-04 mt231 lwtr.60t c total atom density = 8.00839E-02 a/b-cm m232 $ 8.008390E-02 1001.03c 4.151070034E-01 5010.03c 2.216587037E-04 5011.03c 8.979417024E-04 8016.03c 2.160895464E-01 12024.03c 1.319690488E-03 12025.03c 1.670709727E-04 12026.03c 1.839445203E-04 13027.03c 3.601072047E-01 14028.03c 1.277222542E-03 14029.03c 6.467115227E-05 14030.03c 4.292946189E-05 22046.03c 5.247769466E-06 22047.03c 4.732535008E-06 22048.03c 4.689280387E-05 22049.03c 3.441264704E-06 22050.03c 3.294955700E-06 24050.03c 6.624512599E-06 24052.03c 1.276023799E-04 24053.03c 1.446732206E-05 24054.03c 3.593991975E-06 25055.03c 8.188234568E-05 26054.03c 3.010803809E-05 26056.03c 4.722070986E-04 26057.03c 1.091095311E-05 26058.03c 1.441063153E-06 29063.03c 2.391765753E-04 29065.03c 1.066042844E-04 92234.03c 3.362884434E-05 92235.03c 3.134211839E-03 92236.03c 1.345163763E-05 92238.03c 1.815957345E-04 mt232 lwtr.60t c total atom density = 8.00880E-02 a/b-cm m233 $ 8.008800E-02 1001.03c 4.150865749E-01 5010.03c 1.834372651E-04 5011.03c 7.431062827E-04 8016.03c 2.179393685E-01 12024.03c 1.319625542E-03 12025.03c 1.670627507E-04 12026.03c 1.839354679E-04 13027.03c 3.577832660E-01 14028.03c 1.272027823E-03 14029.03c 6.440800517E-05 14030.03c 4.275478875E-05 22046.03c 5.247511209E-06 22047.03c 4.732302107E-06 22048.03c 4.689049615E-05 22049.03c 3.441095350E-06 22050.03c 3.294793546E-06 24050.03c 6.624186589E-06 24052.03c 1.275961003E-04 24053.03c 1.446661008E-05 24054.03c 3.593815105E-06 25055.03c 8.159325414E-05 26054.03c 2.994248660E-05 26056.03c 4.696116853E-04 26057.03c 1.085095647E-05 26058.03c 1.433150848E-06 29063.03c 2.382158471E-04 29065.03c 1.061760028E-04 92234.03c 4.060714769E-05 92235.03c 3.784593057E-03 92236.03c 1.624303388E-05 92238.03c 2.192791469E-04 mt233 lwtr.60t c total atom density = 8.00937E-02 a/b-cm m234 $ 8.009370E-02 1001.03c 4.150562818E-01 5010.03c 1.295956850E-04 5011.03c 5.249924969E-04 8016.03c 2.205466403E-01 12024.03c 1.319529236E-03 12025.03c 1.670505584E-04 12026.03c 1.839220443E-04 13027.03c 3.545097091E-01 14028.03c 1.264680988E-03 14029.03c 6.403586011E-05 14030.03c 4.250782915E-05 22046.03c 5.247128245E-06 22047.03c 4.731956743E-06 22048.03c 4.688707408E-05 22049.03c 3.440844219E-06 22050.03c 3.294553091E-06 24050.03c 6.623703154E-06 24052.03c 1.275867883E-04 24053.03c 1.446555431E-05 24054.03c 3.593552828E-06 25055.03c 8.118564497E-05 26054.03c 2.970919712E-05 26056.03c 4.659516603E-04 26057.03c 1.076640019E-05 26058.03c 1.421971729E-06 29063.03c 2.368600300E-04 29065.03c 1.055715780E-04 92234.03c 5.043716532E-05 92235.03c 4.700743308E-03 92236.03c 2.017499098E-05 92238.03c 2.723609424E-04 mt234 lwtr.60t c total atom density = 8.00993E-02 a/b-cm m235 $ 8.009930E-02 1001.03c 4.150277825E-01 5010.03c 7.715543681E-05 5011.03c 3.125573663E-04 8016.03c 2.230845805E-01 12024.03c 1.319438632E-03 12025.03c 1.670390881E-04 12026.03c 1.839094155E-04 13027.03c 3.513217906E-01 14028.03c 1.257527914E-03 14029.03c 6.367415630E-05 14030.03c 4.226757974E-05 22046.03c 5.246767957E-06 22047.03c 4.731631829E-06 22048.03c 4.688385463E-05 22049.03c 3.440607957E-06 22050.03c 3.294326875E-06 24050.03c 6.623248346E-06 24052.03c 1.275780277E-04 24053.03c 1.446456105E-05 24054.03c 3.593306081E-06 25055.03c 8.078893055E-05 26054.03c 2.948206134E-05 26056.03c 4.623890450E-04 26057.03c 1.068408709E-05 26058.03c 1.411099954E-06 29063.03c 2.355403828E-04 29065.03c 1.049835494E-04 92234.03c 6.001132394E-05 92235.03c 5.593063481E-03 92236.03c 2.400472933E-05 92238.03c 3.240618484E-04 mt235 lwtr.60t c total atom density = 8.00998E-02 a/b-cm m236 $ 8.009980E-02 1001.03c 4.150249539E-01 5010.03c 7.238847983E-05 5011.03c 2.932455658E-04 8016.03c 2.233152705E-01 12024.03c 1.319429640E-03 12025.03c 1.670379497E-04 12026.03c 1.839081621E-04 13027.03c 3.510322544E-01 14028.03c 1.256882637E-03 14029.03c 6.364163735E-05 14030.03c 4.224606814E-05 22046.03c 5.246732199E-06 22047.03c 4.731599582E-06 22048.03c 4.688353511E-05 22049.03c 3.440584509E-06 22050.03c 3.294304423E-06 24050.03c 6.623203207E-06 24052.03c 1.275771582E-04 24053.03c 1.446446247E-05 24054.03c 3.593281592E-06 25055.03c 8.075279933E-05 26054.03c 2.946138595E-05 26056.03c 4.620650438E-04 26057.03c 1.067659853E-05 26058.03c 1.410116551E-06 29063.03c 2.354201754E-04 29065.03c 1.049300247E-04 92234.03c 6.088170406E-05 92235.03c 5.674174169E-03 92236.03c 2.435288137E-05 92238.03c 3.287612768E-04 mt236 lwtr.60t c total atom density = 8.00968E-02 a/b-cm m237 $ 8.009680E-02 1001.03c 4.150402676E-01 5010.03c 9.981758763E-05 5011.03c 4.043606908E-04 8016.03c 2.219876270E-01 12024.03c 1.319478324E-03 12025.03c 1.670441131E-04 12026.03c 1.839149480E-04 13027.03c 3.526994551E-01 14028.03c 1.260624542E-03 14029.03c 6.383050991E-05 14030.03c 4.237147708E-05 22046.03c 5.246925794E-06 22047.03c 4.731774170E-06 22048.03c 4.688526503E-05 22049.03c 3.440711460E-06 22050.03c 3.294425978E-06 24050.03c 6.623447592E-06 24052.03c 1.275818656E-04 24053.03c 1.446499618E-05 24054.03c 3.593414178E-06 25055.03c 8.096040635E-05 26054.03c 2.958020555E-05 26056.03c 4.639286088E-04 26057.03c 1.071966584E-05 26058.03c 1.415799268E-06 29063.03c 2.361117856E-04 29065.03c 1.052380285E-04 92234.03c 5.587388807E-05 92235.03c 5.207448565E-03 92236.03c 2.234970505E-05 92238.03c 3.017186460E-04 mt237 lwtr.60t c total atom density = 8.00933E-02 a/b-cm m238 $ 8.009330E-02 1001.03c 4.150582303E-01 5010.03c 1.330435213E-04 5011.03c 5.389586693E-04 8016.03c 2.203791224E-01 12024.03c 1.319535430E-03 12025.03c 1.670513426E-04 12026.03c 1.839229077E-04 13027.03c 3.547198801E-01 14028.03c 1.265148886E-03 14029.03c 6.406013276E-05 14030.03c 4.252388520E-05 22046.03c 5.247152878E-06 22047.03c 4.731978958E-06 22048.03c 4.688729419E-05 22049.03c 3.440860372E-06 22050.03c 3.294568558E-06 24050.03c 6.623734250E-06 24052.03c 1.275873873E-04 24053.03c 1.446562222E-05 24054.03c 3.593569698E-06 25055.03c 8.121174609E-05 26054.03c 2.972406940E-05 26056.03c 4.661860768E-04 26057.03c 1.077181947E-05 26058.03c 1.422690075E-06 29063.03c 2.369472914E-04 29065.03c 1.056105288E-04 92234.03c 4.980776173E-05 92235.03c 4.642083843E-03 92236.03c 1.992325452E-05 92238.03c 2.689611892E-04 mt238 lwtr.60t c c Inner fuel element--fueled Axial region 4 c total atom density = 8.00804E-02 a/b-cm m241 $ 8.008040E-02 1001.03c 4.151254862E-01 5010.03c 2.548951954E-04 5011.03c 1.032582720E-03 8016.03c 2.144807936E-01 12024.03c 1.319749248E-03 12025.03c 1.670784116E-04 12026.03c 1.839527105E-04 13027.03c 3.621274753E-01 14028.03c 1.281762407E-03 14029.03c 6.490092886E-05 14030.03c 4.308197206E-05 22046.03c 5.248003125E-06 22047.03c 4.732745727E-06 22048.03c 4.689489180E-05 22049.03c 3.441417928E-06 22050.03c 3.295102409E-06 24050.03c 6.624807558E-06 24052.03c 1.276080615E-04 24053.03c 1.446796622E-05 24054.03c 3.594151999E-06 25055.03c 8.213386753E-05 26054.03c 3.025198541E-05 26056.03c 4.744646272E-04 26057.03c 1.096311202E-05 26058.03c 1.447957956E-06 29063.03c 2.400126456E-04 29065.03c 1.069770364E-04 92234.03c 2.756081382E-05 92235.03c 2.568669646E-03 92236.03c 1.102440045E-05 92238.03c 1.488279950E-04 mt241 lwtr.60t c total atom density = 8.00839E-02 a/b-cm m242 $ 8.008390E-02 1001.03c 4.151070034E-01 5010.03c 2.216587037E-04 5011.03c 8.979417024E-04 8016.03c 2.160895464E-01 12024.03c 1.319690488E-03 12025.03c 1.670709727E-04 12026.03c 1.839445203E-04 13027.03c 3.601072047E-01 14028.03c 1.277222542E-03 14029.03c 6.467115227E-05 14030.03c 4.292946189E-05 22046.03c 5.247769466E-06 22047.03c 4.732535008E-06 22048.03c 4.689280387E-05 22049.03c 3.441264704E-06 22050.03c 3.294955700E-06 24050.03c 6.624512599E-06 24052.03c 1.276023799E-04 24053.03c 1.446732206E-05 24054.03c 3.593991975E-06 25055.03c 8.188234568E-05 26054.03c 3.010803809E-05 26056.03c 4.722070986E-04 26057.03c 1.091095311E-05 26058.03c 1.441063153E-06 29063.03c 2.391765753E-04 29065.03c 1.066042844E-04 92234.03c 3.362884434E-05 92235.03c 3.134211839E-03 92236.03c 1.345163763E-05 92238.03c 1.815957345E-04 mt242 lwtr.60t c total atom density = 8.00880E-02 a/b-cm m243 $ 8.008800E-02 1001.03c 4.150865749E-01 5010.03c 1.834372651E-04 5011.03c 7.431062827E-04 8016.03c 2.179393685E-01 12024.03c 1.319625542E-03 12025.03c 1.670627507E-04 12026.03c 1.839354679E-04 13027.03c 3.577832660E-01 14028.03c 1.272027823E-03 14029.03c 6.440800517E-05 14030.03c 4.275478875E-05 22046.03c 5.247511209E-06 22047.03c 4.732302107E-06 22048.03c 4.689049615E-05 22049.03c 3.441095350E-06 22050.03c 3.294793546E-06 24050.03c 6.624186589E-06 24052.03c 1.275961003E-04 24053.03c 1.446661008E-05 24054.03c 3.593815105E-06 25055.03c 8.159325414E-05 26054.03c 2.994248660E-05 26056.03c 4.696116853E-04 26057.03c 1.085095647E-05 26058.03c 1.433150848E-06 29063.03c 2.382158471E-04 29065.03c 1.061760028E-04 92234.03c 4.060714769E-05 92235.03c 3.784593057E-03 92236.03c 1.624303388E-05 92238.03c 2.192791469E-04 mt243 lwtr.60t c total atom density = 8.00937E-02 a/b-cm m244 $ 8.009370E-02 1001.03c 4.150562818E-01 5010.03c 1.295956850E-04 5011.03c 5.249924969E-04 8016.03c 2.205466403E-01 12024.03c 1.319529236E-03 12025.03c 1.670505584E-04 12026.03c 1.839220443E-04 13027.03c 3.545097091E-01 14028.03c 1.264680988E-03 14029.03c 6.403586011E-05 14030.03c 4.250782915E-05 22046.03c 5.247128245E-06 22047.03c 4.731956743E-06 22048.03c 4.688707408E-05 22049.03c 3.440844219E-06 22050.03c 3.294553091E-06 24050.03c 6.623703154E-06 24052.03c 1.275867883E-04 24053.03c 1.446555431E-05 24054.03c 3.593552828E-06 25055.03c 8.118564497E-05 26054.03c 2.970919712E-05 26056.03c 4.659516603E-04 26057.03c 1.076640019E-05 26058.03c 1.421971729E-06 29063.03c 2.368600300E-04 29065.03c 1.055715780E-04 92234.03c 5.043716532E-05 92235.03c 4.700743308E-03 92236.03c 2.017499098E-05 92238.03c 2.723609424E-04 mt244 lwtr.60t c total atom density = 8.00993E-02 a/b-cm m245 $ 8.009930E-02 1001.03c 4.150277825E-01 5010.03c 7.715543681E-05 5011.03c 3.125573663E-04 8016.03c 2.230845805E-01 12024.03c 1.319438632E-03 12025.03c 1.670390881E-04 12026.03c 1.839094155E-04 13027.03c 3.513217906E-01 14028.03c 1.257527914E-03 14029.03c 6.367415630E-05 14030.03c 4.226757974E-05 22046.03c 5.246767957E-06 22047.03c 4.731631829E-06 22048.03c 4.688385463E-05 22049.03c 3.440607957E-06 22050.03c 3.294326875E-06 24050.03c 6.623248346E-06 24052.03c 1.275780277E-04 24053.03c 1.446456105E-05 24054.03c 3.593306081E-06 25055.03c 8.078893055E-05 26054.03c 2.948206134E-05 26056.03c 4.623890450E-04 26057.03c 1.068408709E-05 26058.03c 1.411099954E-06 29063.03c 2.355403828E-04 29065.03c 1.049835494E-04 92234.03c 6.001132394E-05 92235.03c 5.593063481E-03 92236.03c 2.400472933E-05 92238.03c 3.240618484E-04 mt245 lwtr.60t c total atom density = 8.00998E-02 a/b-cm m246 $ 8.009980E-02 1001.03c 4.150249539E-01 5010.03c 7.238847983E-05 5011.03c 2.932455658E-04 8016.03c 2.233152705E-01 12024.03c 1.319429640E-03 12025.03c 1.670379497E-04 12026.03c 1.839081621E-04 13027.03c 3.510322544E-01 14028.03c 1.256882637E-03 14029.03c 6.364163735E-05 14030.03c 4.224606814E-05 22046.03c 5.246732199E-06 22047.03c 4.731599582E-06 22048.03c 4.688353511E-05 22049.03c 3.440584509E-06 22050.03c 3.294304423E-06 24050.03c 6.623203207E-06 24052.03c 1.275771582E-04 24053.03c 1.446446247E-05 24054.03c 3.593281592E-06 25055.03c 8.075279933E-05 26054.03c 2.946138595E-05 26056.03c 4.620650438E-04 26057.03c 1.067659853E-05 26058.03c 1.410116551E-06 29063.03c 2.354201754E-04 29065.03c 1.049300247E-04 92234.03c 6.088170406E-05 92235.03c 5.674174169E-03 92236.03c 2.435288137E-05 92238.03c 3.287612768E-04 mt246 lwtr.60t c total atom density = 8.00968E-02 a/b-cm m247 $ 8.009680E-02 1001.03c 4.150402676E-01 5010.03c 9.981758763E-05 5011.03c 4.043606908E-04 8016.03c 2.219876270E-01 12024.03c 1.319478324E-03 12025.03c 1.670441131E-04 12026.03c 1.839149480E-04 13027.03c 3.526994551E-01 14028.03c 1.260624542E-03 14029.03c 6.383050991E-05 14030.03c 4.237147708E-05 22046.03c 5.246925794E-06 22047.03c 4.731774170E-06 22048.03c 4.688526503E-05 22049.03c 3.440711460E-06 22050.03c 3.294425978E-06 24050.03c 6.623447592E-06 24052.03c 1.275818656E-04 24053.03c 1.446499618E-05 24054.03c 3.593414178E-06 25055.03c 8.096040635E-05 26054.03c 2.958020555E-05 26056.03c 4.639286088E-04 26057.03c 1.071966584E-05 26058.03c 1.415799268E-06 29063.03c 2.361117856E-04 29065.03c 1.052380285E-04 92234.03c 5.587388807E-05 92235.03c 5.207448565E-03 92236.03c 2.234970505E-05 92238.03c 3.017186460E-04 mt247 lwtr.60t c total atom density = 8.00933E-02 a/b-cm m248 $ 8.009330E-02 1001.03c 4.150582303E-01 5010.03c 1.330435213E-04 5011.03c 5.389586693E-04 8016.03c 2.203791224E-01 12024.03c 1.319535430E-03 12025.03c 1.670513426E-04 12026.03c 1.839229077E-04 13027.03c 3.547198801E-01 14028.03c 1.265148886E-03 14029.03c 6.406013276E-05 14030.03c 4.252388520E-05 22046.03c 5.247152878E-06 22047.03c 4.731978958E-06 22048.03c 4.688729419E-05 22049.03c 3.440860372E-06 22050.03c 3.294568558E-06 24050.03c 6.623734250E-06 24052.03c 1.275873873E-04 24053.03c 1.446562222E-05 24054.03c 3.593569698E-06 25055.03c 8.121174609E-05 26054.03c 2.972406940E-05 26056.03c 4.661860768E-04 26057.03c 1.077181947E-05 26058.03c 1.422690075E-06 29063.03c 2.369472914E-04 29065.03c 1.056105288E-04 92234.03c 4.980776173E-05 92235.03c 4.642083843E-03 92236.03c 1.992325452E-05 92238.03c 2.689611892E-04 mt248 lwtr.60t c c Inner fuel element--fueled Axial region 5 c total atom density = 8.00804E-02 a/b-cm m251 $ 8.008040E-02 1001.03c 4.151254862E-01 5010.03c 2.548951954E-04 5011.03c 1.032582720E-03 8016.03c 2.144807936E-01 12024.03c 1.319749248E-03 12025.03c 1.670784116E-04 12026.03c 1.839527105E-04 13027.03c 3.621274753E-01 14028.03c 1.281762407E-03 14029.03c 6.490092886E-05 14030.03c 4.308197206E-05 22046.03c 5.248003125E-06 22047.03c 4.732745727E-06 22048.03c 4.689489180E-05 22049.03c 3.441417928E-06 22050.03c 3.295102409E-06 24050.03c 6.624807558E-06 24052.03c 1.276080615E-04 24053.03c 1.446796622E-05 24054.03c 3.594151999E-06 25055.03c 8.213386753E-05 26054.03c 3.025198541E-05 26056.03c 4.744646272E-04 26057.03c 1.096311202E-05 26058.03c 1.447957956E-06 29063.03c 2.400126456E-04 29065.03c 1.069770364E-04 92234.03c 2.756081382E-05 92235.03c 2.568669646E-03 92236.03c 1.102440045E-05 92238.03c 1.488279950E-04 mt251 lwtr.60t c total atom density = 8.00839E-02 a/b-cm m252 $ 8.008390E-02 1001.03c 4.151070034E-01 5010.03c 2.216587037E-04 5011.03c 8.979417024E-04 8016.03c 2.160895464E-01 12024.03c 1.319690488E-03 12025.03c 1.670709727E-04 12026.03c 1.839445203E-04 13027.03c 3.601072047E-01 14028.03c 1.277222542E-03 14029.03c 6.467115227E-05 14030.03c 4.292946189E-05 22046.03c 5.247769466E-06 22047.03c 4.732535008E-06 22048.03c 4.689280387E-05 22049.03c 3.441264704E-06 22050.03c 3.294955700E-06 24050.03c 6.624512599E-06 24052.03c 1.276023799E-04 24053.03c 1.446732206E-05 24054.03c 3.593991975E-06 25055.03c 8.188234568E-05 26054.03c 3.010803809E-05 26056.03c 4.722070986E-04 26057.03c 1.091095311E-05 26058.03c 1.441063153E-06 29063.03c 2.391765753E-04 29065.03c 1.066042844E-04 92234.03c 3.362884434E-05 92235.03c 3.134211839E-03 92236.03c 1.345163763E-05 92238.03c 1.815957345E-04 mt252 lwtr.60t c total atom density = 8.00880E-02 a/b-cm m253 $ 8.008800E-02 1001.03c 4.150865749E-01 5010.03c 1.834372651E-04 5011.03c 7.431062827E-04 8016.03c 2.179393685E-01 12024.03c 1.319625542E-03 12025.03c 1.670627507E-04 12026.03c 1.839354679E-04 13027.03c 3.577832660E-01 14028.03c 1.272027823E-03 14029.03c 6.440800517E-05 14030.03c 4.275478875E-05 22046.03c 5.247511209E-06 22047.03c 4.732302107E-06 22048.03c 4.689049615E-05 22049.03c 3.441095350E-06 22050.03c 3.294793546E-06 24050.03c 6.624186589E-06 24052.03c 1.275961003E-04 24053.03c 1.446661008E-05 24054.03c 3.593815105E-06 25055.03c 8.159325414E-05 26054.03c 2.994248660E-05 26056.03c 4.696116853E-04 26057.03c 1.085095647E-05 26058.03c 1.433150848E-06 29063.03c 2.382158471E-04 29065.03c 1.061760028E-04 92234.03c 4.060714769E-05 92235.03c 3.784593057E-03 92236.03c 1.624303388E-05 92238.03c 2.192791469E-04 mt253 lwtr.60t c total atom density = 8.00937E-02 a/b-cm m254 $ 8.009370E-02 1001.03c 4.150562818E-01 5010.03c 1.295956850E-04 5011.03c 5.249924969E-04 8016.03c 2.205466403E-01 12024.03c 1.319529236E-03 12025.03c 1.670505584E-04 12026.03c 1.839220443E-04 13027.03c 3.545097091E-01 14028.03c 1.264680988E-03 14029.03c 6.403586011E-05 14030.03c 4.250782915E-05 22046.03c 5.247128245E-06 22047.03c 4.731956743E-06 22048.03c 4.688707408E-05 22049.03c 3.440844219E-06 22050.03c 3.294553091E-06 24050.03c 6.623703154E-06 24052.03c 1.275867883E-04 24053.03c 1.446555431E-05 24054.03c 3.593552828E-06 25055.03c 8.118564497E-05 26054.03c 2.970919712E-05 26056.03c 4.659516603E-04 26057.03c 1.076640019E-05 26058.03c 1.421971729E-06 29063.03c 2.368600300E-04 29065.03c 1.055715780E-04 92234.03c 5.043716532E-05 92235.03c 4.700743308E-03 92236.03c 2.017499098E-05 92238.03c 2.723609424E-04 mt254 lwtr.60t c total atom density = 8.00993E-02 a/b-cm m255 $ 8.009930E-02 1001.03c 4.150277825E-01 5010.03c 7.715543681E-05 5011.03c 3.125573663E-04 8016.03c 2.230845805E-01 12024.03c 1.319438632E-03 12025.03c 1.670390881E-04 12026.03c 1.839094155E-04 13027.03c 3.513217906E-01 14028.03c 1.257527914E-03 14029.03c 6.367415630E-05 14030.03c 4.226757974E-05 22046.03c 5.246767957E-06 22047.03c 4.731631829E-06 22048.03c 4.688385463E-05 22049.03c 3.440607957E-06 22050.03c 3.294326875E-06 24050.03c 6.623248346E-06 24052.03c 1.275780277E-04 24053.03c 1.446456105E-05 24054.03c 3.593306081E-06 25055.03c 8.078893055E-05 26054.03c 2.948206134E-05 26056.03c 4.623890450E-04 26057.03c 1.068408709E-05 26058.03c 1.411099954E-06 29063.03c 2.355403828E-04 29065.03c 1.049835494E-04 92234.03c 6.001132394E-05 92235.03c 5.593063481E-03 92236.03c 2.400472933E-05 92238.03c 3.240618484E-04 mt255 lwtr.60t c total atom density = 8.00998E-02 a/b-cm m256 $ 8.009980E-02 1001.03c 4.150249539E-01 5010.03c 7.238847983E-05 5011.03c 2.932455658E-04 8016.03c 2.233152705E-01 12024.03c 1.319429640E-03 12025.03c 1.670379497E-04 12026.03c 1.839081621E-04 13027.03c 3.510322544E-01 14028.03c 1.256882637E-03 14029.03c 6.364163735E-05 14030.03c 4.224606814E-05 22046.03c 5.246732199E-06 22047.03c 4.731599582E-06 22048.03c 4.688353511E-05 22049.03c 3.440584509E-06 22050.03c 3.294304423E-06 24050.03c 6.623203207E-06 24052.03c 1.275771582E-04 24053.03c 1.446446247E-05 24054.03c 3.593281592E-06 25055.03c 8.075279933E-05 26054.03c 2.946138595E-05 26056.03c 4.620650438E-04 26057.03c 1.067659853E-05 26058.03c 1.410116551E-06 29063.03c 2.354201754E-04 29065.03c 1.049300247E-04 92234.03c 6.088170406E-05 92235.03c 5.674174169E-03 92236.03c 2.435288137E-05 92238.03c 3.287612768E-04 mt256 lwtr.60t c total atom density = 8.00968E-02 a/b-cm m257 $ 8.009680E-02 1001.03c 4.150402676E-01 5010.03c 9.981758763E-05 5011.03c 4.043606908E-04 8016.03c 2.219876270E-01 12024.03c 1.319478324E-03 12025.03c 1.670441131E-04 12026.03c 1.839149480E-04 13027.03c 3.526994551E-01 14028.03c 1.260624542E-03 14029.03c 6.383050991E-05 14030.03c 4.237147708E-05 22046.03c 5.246925794E-06 22047.03c 4.731774170E-06 22048.03c 4.688526503E-05 22049.03c 3.440711460E-06 22050.03c 3.294425978E-06 24050.03c 6.623447592E-06 24052.03c 1.275818656E-04 24053.03c 1.446499618E-05 24054.03c 3.593414178E-06 25055.03c 8.096040635E-05 26054.03c 2.958020555E-05 26056.03c 4.639286088E-04 26057.03c 1.071966584E-05 26058.03c 1.415799268E-06 29063.03c 2.361117856E-04 29065.03c 1.052380285E-04 92234.03c 5.587388807E-05 92235.03c 5.207448565E-03 92236.03c 2.234970505E-05 92238.03c 3.017186460E-04 mt257 lwtr.60t c total atom density = 8.00933E-02 a/b-cm m258 $ 8.009330E-02 1001.03c 4.150582303E-01 5010.03c 1.330435213E-04 5011.03c 5.389586693E-04 8016.03c 2.203791224E-01 12024.03c 1.319535430E-03 12025.03c 1.670513426E-04 12026.03c 1.839229077E-04 13027.03c 3.547198801E-01 14028.03c 1.265148886E-03 14029.03c 6.406013276E-05 14030.03c 4.252388520E-05 22046.03c 5.247152878E-06 22047.03c 4.731978958E-06 22048.03c 4.688729419E-05 22049.03c 3.440860372E-06 22050.03c 3.294568558E-06 24050.03c 6.623734250E-06 24052.03c 1.275873873E-04 24053.03c 1.446562222E-05 24054.03c 3.593569698E-06 25055.03c 8.121174609E-05 26054.03c 2.972406940E-05 26056.03c 4.661860768E-04 26057.03c 1.077181947E-05 26058.03c 1.422690075E-06 29063.03c 2.369472914E-04 29065.03c 1.056105288E-04 92234.03c 4.980776173E-05 92235.03c 4.642083843E-03 92236.03c 1.992325452E-05 92238.03c 2.689611892E-04 mt258 lwtr.60t c c Inner fuel element--fueled Axial region 6 c total atom density = 8.00804E-02 a/b-cm m261 $ 8.008040E-02 1001.03c 4.151254862E-01 5010.03c 2.548951954E-04 5011.03c 1.032582720E-03 8016.03c 2.144807936E-01 12024.03c 1.319749248E-03 12025.03c 1.670784116E-04 12026.03c 1.839527105E-04 13027.03c 3.621274753E-01 14028.03c 1.281762407E-03 14029.03c 6.490092886E-05 14030.03c 4.308197206E-05 22046.03c 5.248003125E-06 22047.03c 4.732745727E-06 22048.03c 4.689489180E-05 22049.03c 3.441417928E-06 22050.03c 3.295102409E-06 24050.03c 6.624807558E-06 24052.03c 1.276080615E-04 24053.03c 1.446796622E-05 24054.03c 3.594151999E-06 25055.03c 8.213386753E-05 26054.03c 3.025198541E-05 26056.03c 4.744646272E-04 26057.03c 1.096311202E-05 26058.03c 1.447957956E-06 29063.03c 2.400126456E-04 29065.03c 1.069770364E-04 92234.03c 2.756081382E-05 92235.03c 2.568669646E-03 92236.03c 1.102440045E-05 92238.03c 1.488279950E-04 mt261 lwtr.60t c total atom density = 8.00839E-02 a/b-cm m262 $ 8.008390E-02 1001.03c 4.151070034E-01 5010.03c 2.216587037E-04 5011.03c 8.979417024E-04 8016.03c 2.160895464E-01 12024.03c 1.319690488E-03 12025.03c 1.670709727E-04 12026.03c 1.839445203E-04 13027.03c 3.601072047E-01 14028.03c 1.277222542E-03 14029.03c 6.467115227E-05 14030.03c 4.292946189E-05 22046.03c 5.247769466E-06 22047.03c 4.732535008E-06 22048.03c 4.689280387E-05 22049.03c 3.441264704E-06 22050.03c 3.294955700E-06 24050.03c 6.624512599E-06 24052.03c 1.276023799E-04 24053.03c 1.446732206E-05 24054.03c 3.593991975E-06 25055.03c 8.188234568E-05 26054.03c 3.010803809E-05 26056.03c 4.722070986E-04 26057.03c 1.091095311E-05 26058.03c 1.441063153E-06 29063.03c 2.391765753E-04 29065.03c 1.066042844E-04 92234.03c 3.362884434E-05 92235.03c 3.134211839E-03 92236.03c 1.345163763E-05 92238.03c 1.815957345E-04 mt262 lwtr.60t c total atom density = 8.00880E-02 a/b-cm m263 $ 8.008800E-02 1001.03c 4.150865749E-01 5010.03c 1.834372651E-04 5011.03c 7.431062827E-04 8016.03c 2.179393685E-01 12024.03c 1.319625542E-03 12025.03c 1.670627507E-04 12026.03c 1.839354679E-04 13027.03c 3.577832660E-01 14028.03c 1.272027823E-03 14029.03c 6.440800517E-05 14030.03c 4.275478875E-05 22046.03c 5.247511209E-06 22047.03c 4.732302107E-06 22048.03c 4.689049615E-05 22049.03c 3.441095350E-06 22050.03c 3.294793546E-06 24050.03c 6.624186589E-06 24052.03c 1.275961003E-04 24053.03c 1.446661008E-05 24054.03c 3.593815105E-06 25055.03c 8.159325414E-05 26054.03c 2.994248660E-05 26056.03c 4.696116853E-04 26057.03c 1.085095647E-05 26058.03c 1.433150848E-06 29063.03c 2.382158471E-04 29065.03c 1.061760028E-04 92234.03c 4.060714769E-05 92235.03c 3.784593057E-03 92236.03c 1.624303388E-05 92238.03c 2.192791469E-04 mt263 lwtr.60t c total atom density = 8.00937E-02 a/b-cm m264 $ 8.009370E-02 1001.03c 4.150562818E-01 5010.03c 1.295956850E-04 5011.03c 5.249924969E-04 8016.03c 2.205466403E-01 12024.03c 1.319529236E-03 12025.03c 1.670505584E-04 12026.03c 1.839220443E-04 13027.03c 3.545097091E-01 14028.03c 1.264680988E-03 14029.03c 6.403586011E-05 14030.03c 4.250782915E-05 22046.03c 5.247128245E-06 22047.03c 4.731956743E-06 22048.03c 4.688707408E-05 22049.03c 3.440844219E-06 22050.03c 3.294553091E-06 24050.03c 6.623703154E-06 24052.03c 1.275867883E-04 24053.03c 1.446555431E-05 24054.03c 3.593552828E-06 25055.03c 8.118564497E-05 26054.03c 2.970919712E-05 26056.03c 4.659516603E-04 26057.03c 1.076640019E-05 26058.03c 1.421971729E-06 29063.03c 2.368600300E-04 29065.03c 1.055715780E-04 92234.03c 5.043716532E-05 92235.03c 4.700743308E-03 92236.03c 2.017499098E-05 92238.03c 2.723609424E-04 mt264 lwtr.60t c total atom density = 8.00993E-02 a/b-cm m265 $ 8.009930E-02 1001.03c 4.150277825E-01 5010.03c 7.715543681E-05 5011.03c 3.125573663E-04 8016.03c 2.230845805E-01 12024.03c 1.319438632E-03 12025.03c 1.670390881E-04 12026.03c 1.839094155E-04 13027.03c 3.513217906E-01 14028.03c 1.257527914E-03 14029.03c 6.367415630E-05 14030.03c 4.226757974E-05 22046.03c 5.246767957E-06 22047.03c 4.731631829E-06 22048.03c 4.688385463E-05 22049.03c 3.440607957E-06 22050.03c 3.294326875E-06 24050.03c 6.623248346E-06 24052.03c 1.275780277E-04 24053.03c 1.446456105E-05 24054.03c 3.593306081E-06 25055.03c 8.078893055E-05 26054.03c 2.948206134E-05 26056.03c 4.623890450E-04 26057.03c 1.068408709E-05 26058.03c 1.411099954E-06 29063.03c 2.355403828E-04 29065.03c 1.049835494E-04 92234.03c 6.001132394E-05 92235.03c 5.593063481E-03 92236.03c 2.400472933E-05 92238.03c 3.240618484E-04 mt265 lwtr.60t c total atom density = 8.00998E-02 a/b-cm m266 $ 8.009980E-02 1001.03c 4.150249539E-01 5010.03c 7.238847983E-05 5011.03c 2.932455658E-04 8016.03c 2.233152705E-01 12024.03c 1.319429640E-03 12025.03c 1.670379497E-04 12026.03c 1.839081621E-04 13027.03c 3.510322544E-01 14028.03c 1.256882637E-03 14029.03c 6.364163735E-05 14030.03c 4.224606814E-05 22046.03c 5.246732199E-06 22047.03c 4.731599582E-06 22048.03c 4.688353511E-05 22049.03c 3.440584509E-06 22050.03c 3.294304423E-06 24050.03c 6.623203207E-06 24052.03c 1.275771582E-04 24053.03c 1.446446247E-05 24054.03c 3.593281592E-06 25055.03c 8.075279933E-05 26054.03c 2.946138595E-05 26056.03c 4.620650438E-04 26057.03c 1.067659853E-05 26058.03c 1.410116551E-06 29063.03c 2.354201754E-04 29065.03c 1.049300247E-04 92234.03c 6.088170406E-05 92235.03c 5.674174169E-03 92236.03c 2.435288137E-05 92238.03c 3.287612768E-04 mt266 lwtr.60t c total atom density = 8.00968E-02 a/b-cm m267 $ 8.009680E-02 1001.03c 4.150402676E-01 5010.03c 9.981758763E-05 5011.03c 4.043606908E-04 8016.03c 2.219876270E-01 12024.03c 1.319478324E-03 12025.03c 1.670441131E-04 12026.03c 1.839149480E-04 13027.03c 3.526994551E-01 14028.03c 1.260624542E-03 14029.03c 6.383050991E-05 14030.03c 4.237147708E-05 22046.03c 5.246925794E-06 22047.03c 4.731774170E-06 22048.03c 4.688526503E-05 22049.03c 3.440711460E-06 22050.03c 3.294425978E-06 24050.03c 6.623447592E-06 24052.03c 1.275818656E-04 24053.03c 1.446499618E-05 24054.03c 3.593414178E-06 25055.03c 8.096040635E-05 26054.03c 2.958020555E-05 26056.03c 4.639286088E-04 26057.03c 1.071966584E-05 26058.03c 1.415799268E-06 29063.03c 2.361117856E-04 29065.03c 1.052380285E-04 92234.03c 5.587388807E-05 92235.03c 5.207448565E-03 92236.03c 2.234970505E-05 92238.03c 3.017186460E-04 mt267 lwtr.60t c total atom density = 8.00933E-02 a/b-cm m268 $ 8.009330E-02 1001.03c 4.150582303E-01 5010.03c 1.330435213E-04 5011.03c 5.389586693E-04 8016.03c 2.203791224E-01 12024.03c 1.319535430E-03 12025.03c 1.670513426E-04 12026.03c 1.839229077E-04 13027.03c 3.547198801E-01 14028.03c 1.265148886E-03 14029.03c 6.406013276E-05 14030.03c 4.252388520E-05 22046.03c 5.247152878E-06 22047.03c 4.731978958E-06 22048.03c 4.688729419E-05 22049.03c 3.440860372E-06 22050.03c 3.294568558E-06 24050.03c 6.623734250E-06 24052.03c 1.275873873E-04 24053.03c 1.446562222E-05 24054.03c 3.593569698E-06 25055.03c 8.121174609E-05 26054.03c 2.972406940E-05 26056.03c 4.661860768E-04 26057.03c 1.077181947E-05 26058.03c 1.422690075E-06 29063.03c 2.369472914E-04 29065.03c 1.056105288E-04 92234.03c 4.980776173E-05 92235.03c 4.642083843E-03 92236.03c 1.992325452E-05 92238.03c 2.689611892E-04 mt268 lwtr.60t c c Inner fuel element--fueled Axial region 7 c total atom density = 8.00804E-02 a/b-cm m271 $ 8.008040E-02 1001.03c 4.151254862E-01 5010.03c 2.548951954E-04 5011.03c 1.032582720E-03 8016.03c 2.144807936E-01 12024.03c 1.319749248E-03 12025.03c 1.670784116E-04 12026.03c 1.839527105E-04 13027.03c 3.621274753E-01 14028.03c 1.281762407E-03 14029.03c 6.490092886E-05 14030.03c 4.308197206E-05 22046.03c 5.248003125E-06 22047.03c 4.732745727E-06 22048.03c 4.689489180E-05 22049.03c 3.441417928E-06 22050.03c 3.295102409E-06 24050.03c 6.624807558E-06 24052.03c 1.276080615E-04 24053.03c 1.446796622E-05 24054.03c 3.594151999E-06 25055.03c 8.213386753E-05 26054.03c 3.025198541E-05 26056.03c 4.744646272E-04 26057.03c 1.096311202E-05 26058.03c 1.447957956E-06 29063.03c 2.400126456E-04 29065.03c 1.069770364E-04 92234.03c 2.756081382E-05 92235.03c 2.568669646E-03 92236.03c 1.102440045E-05 92238.03c 1.488279950E-04 mt271 lwtr.60t c total atom density = 8.00839E-02 a/b-cm m272 $ 8.008390E-02 1001.03c 4.151070034E-01 5010.03c 2.216587037E-04 5011.03c 8.979417024E-04 8016.03c 2.160895464E-01 12024.03c 1.319690488E-03 12025.03c 1.670709727E-04 12026.03c 1.839445203E-04 13027.03c 3.601072047E-01 14028.03c 1.277222542E-03 14029.03c 6.467115227E-05 14030.03c 4.292946189E-05 22046.03c 5.247769466E-06 22047.03c 4.732535008E-06 22048.03c 4.689280387E-05 22049.03c 3.441264704E-06 22050.03c 3.294955700E-06 24050.03c 6.624512599E-06 24052.03c 1.276023799E-04 24053.03c 1.446732206E-05 24054.03c 3.593991975E-06 25055.03c 8.188234568E-05 26054.03c 3.010803809E-05 26056.03c 4.722070986E-04 26057.03c 1.091095311E-05 26058.03c 1.441063153E-06 29063.03c 2.391765753E-04 29065.03c 1.066042844E-04 92234.03c 3.362884434E-05 92235.03c 3.134211839E-03 92236.03c 1.345163763E-05 92238.03c 1.815957345E-04 mt272 lwtr.60t c total atom density = 8.00880E-02 a/b-cm m273 $ 8.008800E-02 1001.03c 4.150865749E-01 5010.03c 1.834372651E-04 5011.03c 7.431062827E-04 8016.03c 2.179393685E-01 12024.03c 1.319625542E-03 12025.03c 1.670627507E-04 12026.03c 1.839354679E-04 13027.03c 3.577832660E-01 14028.03c 1.272027823E-03 14029.03c 6.440800517E-05 14030.03c 4.275478875E-05 22046.03c 5.247511209E-06 22047.03c 4.732302107E-06 22048.03c 4.689049615E-05 22049.03c 3.441095350E-06 22050.03c 3.294793546E-06 24050.03c 6.624186589E-06 24052.03c 1.275961003E-04 24053.03c 1.446661008E-05 24054.03c 3.593815105E-06 25055.03c 8.159325414E-05 26054.03c 2.994248660E-05 26056.03c 4.696116853E-04 26057.03c 1.085095647E-05 26058.03c 1.433150848E-06 29063.03c 2.382158471E-04 29065.03c 1.061760028E-04 92234.03c 4.060714769E-05 92235.03c 3.784593057E-03 92236.03c 1.624303388E-05 92238.03c 2.192791469E-04 mt273 lwtr.60t c total atom density = 8.00937E-02 a/b-cm m274 $ 8.009370E-02 1001.03c 4.150562818E-01 5010.03c 1.295956850E-04 5011.03c 5.249924969E-04 8016.03c 2.205466403E-01 12024.03c 1.319529236E-03 12025.03c 1.670505584E-04 12026.03c 1.839220443E-04 13027.03c 3.545097091E-01 14028.03c 1.264680988E-03 14029.03c 6.403586011E-05 14030.03c 4.250782915E-05 22046.03c 5.247128245E-06 22047.03c 4.731956743E-06 22048.03c 4.688707408E-05 22049.03c 3.440844219E-06 22050.03c 3.294553091E-06 24050.03c 6.623703154E-06 24052.03c 1.275867883E-04 24053.03c 1.446555431E-05 24054.03c 3.593552828E-06 25055.03c 8.118564497E-05 26054.03c 2.970919712E-05 26056.03c 4.659516603E-04 26057.03c 1.076640019E-05 26058.03c 1.421971729E-06 29063.03c 2.368600300E-04 29065.03c 1.055715780E-04 92234.03c 5.043716532E-05 92235.03c 4.700743308E-03 92236.03c 2.017499098E-05 92238.03c 2.723609424E-04 mt274 lwtr.60t c total atom density = 8.00993E-02 a/b-cm m275 $ 8.009930E-02 1001.03c 4.150277825E-01 5010.03c 7.715543681E-05 5011.03c 3.125573663E-04 8016.03c 2.230845805E-01 12024.03c 1.319438632E-03 12025.03c 1.670390881E-04 12026.03c 1.839094155E-04 13027.03c 3.513217906E-01 14028.03c 1.257527914E-03 14029.03c 6.367415630E-05 14030.03c 4.226757974E-05 22046.03c 5.246767957E-06 22047.03c 4.731631829E-06 22048.03c 4.688385463E-05 22049.03c 3.440607957E-06 22050.03c 3.294326875E-06 24050.03c 6.623248346E-06 24052.03c 1.275780277E-04 24053.03c 1.446456105E-05 24054.03c 3.593306081E-06 25055.03c 8.078893055E-05 26054.03c 2.948206134E-05 26056.03c 4.623890450E-04 26057.03c 1.068408709E-05 26058.03c 1.411099954E-06 29063.03c 2.355403828E-04 29065.03c 1.049835494E-04 92234.03c 6.001132394E-05 92235.03c 5.593063481E-03 92236.03c 2.400472933E-05 92238.03c 3.240618484E-04 mt275 lwtr.60t c total atom density = 8.00998E-02 a/b-cm m276 $ 8.009980E-02 1001.03c 4.150249539E-01 5010.03c 7.238847983E-05 5011.03c 2.932455658E-04 8016.03c 2.233152705E-01 12024.03c 1.319429640E-03 12025.03c 1.670379497E-04 12026.03c 1.839081621E-04 13027.03c 3.510322544E-01 14028.03c 1.256882637E-03 14029.03c 6.364163735E-05 14030.03c 4.224606814E-05 22046.03c 5.246732199E-06 22047.03c 4.731599582E-06 22048.03c 4.688353511E-05 22049.03c 3.440584509E-06 22050.03c 3.294304423E-06 24050.03c 6.623203207E-06 24052.03c 1.275771582E-04 24053.03c 1.446446247E-05 24054.03c 3.593281592E-06 25055.03c 8.075279933E-05 26054.03c 2.946138595E-05 26056.03c 4.620650438E-04 26057.03c 1.067659853E-05 26058.03c 1.410116551E-06 29063.03c 2.354201754E-04 29065.03c 1.049300247E-04 92234.03c 6.088170406E-05 92235.03c 5.674174169E-03 92236.03c 2.435288137E-05 92238.03c 3.287612768E-04 mt276 lwtr.60t c total atom density = 8.00968E-02 a/b-cm m277 $ 8.009680E-02 1001.03c 4.150402676E-01 5010.03c 9.981758763E-05 5011.03c 4.043606908E-04 8016.03c 2.219876270E-01 12024.03c 1.319478324E-03 12025.03c 1.670441131E-04 12026.03c 1.839149480E-04 13027.03c 3.526994551E-01 14028.03c 1.260624542E-03 14029.03c 6.383050991E-05 14030.03c 4.237147708E-05 22046.03c 5.246925794E-06 22047.03c 4.731774170E-06 22048.03c 4.688526503E-05 22049.03c 3.440711460E-06 22050.03c 3.294425978E-06 24050.03c 6.623447592E-06 24052.03c 1.275818656E-04 24053.03c 1.446499618E-05 24054.03c 3.593414178E-06 25055.03c 8.096040635E-05 26054.03c 2.958020555E-05 26056.03c 4.639286088E-04 26057.03c 1.071966584E-05 26058.03c 1.415799268E-06 29063.03c 2.361117856E-04 29065.03c 1.052380285E-04 92234.03c 5.587388807E-05 92235.03c 5.207448565E-03 92236.03c 2.234970505E-05 92238.03c 3.017186460E-04 mt277 lwtr.60t c total atom density = 8.00933E-02 a/b-cm m278 $ 8.009330E-02 1001.03c 4.150582303E-01 5010.03c 1.330435213E-04 5011.03c 5.389586693E-04 8016.03c 2.203791224E-01 12024.03c 1.319535430E-03 12025.03c 1.670513426E-04 12026.03c 1.839229077E-04 13027.03c 3.547198801E-01 14028.03c 1.265148886E-03 14029.03c 6.406013276E-05 14030.03c 4.252388520E-05 22046.03c 5.247152878E-06 22047.03c 4.731978958E-06 22048.03c 4.688729419E-05 22049.03c 3.440860372E-06 22050.03c 3.294568558E-06 24050.03c 6.623734250E-06 24052.03c 1.275873873E-04 24053.03c 1.446562222E-05 24054.03c 3.593569698E-06 25055.03c 8.121174609E-05 26054.03c 2.972406940E-05 26056.03c 4.661860768E-04 26057.03c 1.077181947E-05 26058.03c 1.422690075E-06 29063.03c 2.369472914E-04 29065.03c 1.056105288E-04 92234.03c 4.980776173E-05 92235.03c 4.642083843E-03 92236.03c 1.992325452E-05 92238.03c 2.689611892E-04 mt278 lwtr.60t c c Inner fuel element--fueled Axial region 8 c total atom density = 8.00804E-02 a/b-cm m281 $ 8.008040E-02 1001.03c 4.151254862E-01 5010.03c 2.548951954E-04 5011.03c 1.032582720E-03 8016.03c 2.144807936E-01 12024.03c 1.319749248E-03 12025.03c 1.670784116E-04 12026.03c 1.839527105E-04 13027.03c 3.621274753E-01 14028.03c 1.281762407E-03 14029.03c 6.490092886E-05 14030.03c 4.308197206E-05 22046.03c 5.248003125E-06 22047.03c 4.732745727E-06 22048.03c 4.689489180E-05 22049.03c 3.441417928E-06 22050.03c 3.295102409E-06 24050.03c 6.624807558E-06 24052.03c 1.276080615E-04 24053.03c 1.446796622E-05 24054.03c 3.594151999E-06 25055.03c 8.213386753E-05 26054.03c 3.025198541E-05 26056.03c 4.744646272E-04 26057.03c 1.096311202E-05 26058.03c 1.447957956E-06 29063.03c 2.400126456E-04 29065.03c 1.069770364E-04 92234.03c 2.756081382E-05 92235.03c 2.568669646E-03 92236.03c 1.102440045E-05 92238.03c 1.488279950E-04 mt281 lwtr.60t c total atom density = 8.00839E-02 a/b-cm m282 $ 8.008390E-02 1001.03c 4.151070034E-01 5010.03c 2.216587037E-04 5011.03c 8.979417024E-04 8016.03c 2.160895464E-01 12024.03c 1.319690488E-03 12025.03c 1.670709727E-04 12026.03c 1.839445203E-04 13027.03c 3.601072047E-01 14028.03c 1.277222542E-03 14029.03c 6.467115227E-05 14030.03c 4.292946189E-05 22046.03c 5.247769466E-06 22047.03c 4.732535008E-06 22048.03c 4.689280387E-05 22049.03c 3.441264704E-06 22050.03c 3.294955700E-06 24050.03c 6.624512599E-06 24052.03c 1.276023799E-04 24053.03c 1.446732206E-05 24054.03c 3.593991975E-06 25055.03c 8.188234568E-05 26054.03c 3.010803809E-05 26056.03c 4.722070986E-04 26057.03c 1.091095311E-05 26058.03c 1.441063153E-06 29063.03c 2.391765753E-04 29065.03c 1.066042844E-04 92234.03c 3.362884434E-05 92235.03c 3.134211839E-03 92236.03c 1.345163763E-05 92238.03c 1.815957345E-04 mt282 lwtr.60t c total atom density = 8.00880E-02 a/b-cm m283 $ 8.008800E-02 1001.03c 4.150865749E-01 5010.03c 1.834372651E-04 5011.03c 7.431062827E-04 8016.03c 2.179393685E-01 12024.03c 1.319625542E-03 12025.03c 1.670627507E-04 12026.03c 1.839354679E-04 13027.03c 3.577832660E-01 14028.03c 1.272027823E-03 14029.03c 6.440800517E-05 14030.03c 4.275478875E-05 22046.03c 5.247511209E-06 22047.03c 4.732302107E-06 22048.03c 4.689049615E-05 22049.03c 3.441095350E-06 22050.03c 3.294793546E-06 24050.03c 6.624186589E-06 24052.03c 1.275961003E-04 24053.03c 1.446661008E-05 24054.03c 3.593815105E-06 25055.03c 8.159325414E-05 26054.03c 2.994248660E-05 26056.03c 4.696116853E-04 26057.03c 1.085095647E-05 26058.03c 1.433150848E-06 29063.03c 2.382158471E-04 29065.03c 1.061760028E-04 92234.03c 4.060714769E-05 92235.03c 3.784593057E-03 92236.03c 1.624303388E-05 92238.03c 2.192791469E-04 mt283 lwtr.60t c total atom density = 8.00937E-02 a/b-cm m284 $ 8.009370E-02 1001.03c 4.150562818E-01 5010.03c 1.295956850E-04 5011.03c 5.249924969E-04 8016.03c 2.205466403E-01 12024.03c 1.319529236E-03 12025.03c 1.670505584E-04 12026.03c 1.839220443E-04 13027.03c 3.545097091E-01 14028.03c 1.264680988E-03 14029.03c 6.403586011E-05 14030.03c 4.250782915E-05 22046.03c 5.247128245E-06 22047.03c 4.731956743E-06 22048.03c 4.688707408E-05 22049.03c 3.440844219E-06 22050.03c 3.294553091E-06 24050.03c 6.623703154E-06 24052.03c 1.275867883E-04 24053.03c 1.446555431E-05 24054.03c 3.593552828E-06 25055.03c 8.118564497E-05 26054.03c 2.970919712E-05 26056.03c 4.659516603E-04 26057.03c 1.076640019E-05 26058.03c 1.421971729E-06 29063.03c 2.368600300E-04 29065.03c 1.055715780E-04 92234.03c 5.043716532E-05 92235.03c 4.700743308E-03 92236.03c 2.017499098E-05 92238.03c 2.723609424E-04 mt284 lwtr.60t c total atom density = 8.00993E-02 a/b-cm m285 $ 8.009930E-02 1001.03c 4.150277825E-01 5010.03c 7.715543681E-05 5011.03c 3.125573663E-04 8016.03c 2.230845805E-01 12024.03c 1.319438632E-03 12025.03c 1.670390881E-04 12026.03c 1.839094155E-04 13027.03c 3.513217906E-01 14028.03c 1.257527914E-03 14029.03c 6.367415630E-05 14030.03c 4.226757974E-05 22046.03c 5.246767957E-06 22047.03c 4.731631829E-06 22048.03c 4.688385463E-05 22049.03c 3.440607957E-06 22050.03c 3.294326875E-06 24050.03c 6.623248346E-06 24052.03c 1.275780277E-04 24053.03c 1.446456105E-05 24054.03c 3.593306081E-06 25055.03c 8.078893055E-05 26054.03c 2.948206134E-05 26056.03c 4.623890450E-04 26057.03c 1.068408709E-05 26058.03c 1.411099954E-06 29063.03c 2.355403828E-04 29065.03c 1.049835494E-04 92234.03c 6.001132394E-05 92235.03c 5.593063481E-03 92236.03c 2.400472933E-05 92238.03c 3.240618484E-04 mt285 lwtr.60t c total atom density = 8.00998E-02 a/b-cm m286 $ 8.009980E-02 1001.03c 4.150249539E-01 5010.03c 7.238847983E-05 5011.03c 2.932455658E-04 8016.03c 2.233152705E-01 12024.03c 1.319429640E-03 12025.03c 1.670379497E-04 12026.03c 1.839081621E-04 13027.03c 3.510322544E-01 14028.03c 1.256882637E-03 14029.03c 6.364163735E-05 14030.03c 4.224606814E-05 22046.03c 5.246732199E-06 22047.03c 4.731599582E-06 22048.03c 4.688353511E-05 22049.03c 3.440584509E-06 22050.03c 3.294304423E-06 24050.03c 6.623203207E-06 24052.03c 1.275771582E-04 24053.03c 1.446446247E-05 24054.03c 3.593281592E-06 25055.03c 8.075279933E-05 26054.03c 2.946138595E-05 26056.03c 4.620650438E-04 26057.03c 1.067659853E-05 26058.03c 1.410116551E-06 29063.03c 2.354201754E-04 29065.03c 1.049300247E-04 92234.03c 6.088170406E-05 92235.03c 5.674174169E-03 92236.03c 2.435288137E-05 92238.03c 3.287612768E-04 mt286 lwtr.60t c total atom density = 8.00968E-02 a/b-cm m287 $ 8.009680E-02 1001.03c 4.150402676E-01 5010.03c 9.981758763E-05 5011.03c 4.043606908E-04 8016.03c 2.219876270E-01 12024.03c 1.319478324E-03 12025.03c 1.670441131E-04 12026.03c 1.839149480E-04 13027.03c 3.526994551E-01 14028.03c 1.260624542E-03 14029.03c 6.383050991E-05 14030.03c 4.237147708E-05 22046.03c 5.246925794E-06 22047.03c 4.731774170E-06 22048.03c 4.688526503E-05 22049.03c 3.440711460E-06 22050.03c 3.294425978E-06 24050.03c 6.623447592E-06 24052.03c 1.275818656E-04 24053.03c 1.446499618E-05 24054.03c 3.593414178E-06 25055.03c 8.096040635E-05 26054.03c 2.958020555E-05 26056.03c 4.639286088E-04 26057.03c 1.071966584E-05 26058.03c 1.415799268E-06 29063.03c 2.361117856E-04 29065.03c 1.052380285E-04 92234.03c 5.587388807E-05 92235.03c 5.207448565E-03 92236.03c 2.234970505E-05 92238.03c 3.017186460E-04 mt287 lwtr.60t c total atom density = 8.00933E-02 a/b-cm m288 $ 8.009330E-02 1001.03c 4.150582303E-01 5010.03c 1.330435213E-04 5011.03c 5.389586693E-04 8016.03c 2.203791224E-01 12024.03c 1.319535430E-03 12025.03c 1.670513426E-04 12026.03c 1.839229077E-04 13027.03c 3.547198801E-01 14028.03c 1.265148886E-03 14029.03c 6.406013276E-05 14030.03c 4.252388520E-05 22046.03c 5.247152878E-06 22047.03c 4.731978958E-06 22048.03c 4.688729419E-05 22049.03c 3.440860372E-06 22050.03c 3.294568558E-06 24050.03c 6.623734250E-06 24052.03c 1.275873873E-04 24053.03c 1.446562222E-05 24054.03c 3.593569698E-06 25055.03c 8.121174609E-05 26054.03c 2.972406940E-05 26056.03c 4.661860768E-04 26057.03c 1.077181947E-05 26058.03c 1.422690075E-06 29063.03c 2.369472914E-04 29065.03c 1.056105288E-04 92234.03c 4.980776173E-05 92235.03c 4.642083843E-03 92236.03c 1.992325452E-05 92238.03c 2.689611892E-04 mt288 lwtr.60t c c Inner fuel element--fueled Axial region 9 c total atom density = 8.00804E-02 a/b-cm m291 $ 8.008040E-02 1001.03c 4.151254862E-01 5010.03c 2.548951954E-04 5011.03c 1.032582720E-03 8016.03c 2.144807936E-01 12024.03c 1.319749248E-03 12025.03c 1.670784116E-04 12026.03c 1.839527105E-04 13027.03c 3.621274753E-01 14028.03c 1.281762407E-03 14029.03c 6.490092886E-05 14030.03c 4.308197206E-05 22046.03c 5.248003125E-06 22047.03c 4.732745727E-06 22048.03c 4.689489180E-05 22049.03c 3.441417928E-06 22050.03c 3.295102409E-06 24050.03c 6.624807558E-06 24052.03c 1.276080615E-04 24053.03c 1.446796622E-05 24054.03c 3.594151999E-06 25055.03c 8.213386753E-05 26054.03c 3.025198541E-05 26056.03c 4.744646272E-04 26057.03c 1.096311202E-05 26058.03c 1.447957956E-06 29063.03c 2.400126456E-04 29065.03c 1.069770364E-04 92234.03c 2.756081382E-05 92235.03c 2.568669646E-03 92236.03c 1.102440045E-05 92238.03c 1.488279950E-04 mt291 lwtr.60t c total atom density = 8.00839E-02 a/b-cm m292 $ 8.008390E-02 1001.03c 4.151070034E-01 5010.03c 2.216587037E-04 5011.03c 8.979417024E-04 8016.03c 2.160895464E-01 12024.03c 1.319690488E-03 12025.03c 1.670709727E-04 12026.03c 1.839445203E-04 13027.03c 3.601072047E-01 14028.03c 1.277222542E-03 14029.03c 6.467115227E-05 14030.03c 4.292946189E-05 22046.03c 5.247769466E-06 22047.03c 4.732535008E-06 22048.03c 4.689280387E-05 22049.03c 3.441264704E-06 22050.03c 3.294955700E-06 24050.03c 6.624512599E-06 24052.03c 1.276023799E-04 24053.03c 1.446732206E-05 24054.03c 3.593991975E-06 25055.03c 8.188234568E-05 26054.03c 3.010803809E-05 26056.03c 4.722070986E-04 26057.03c 1.091095311E-05 26058.03c 1.441063153E-06 29063.03c 2.391765753E-04 29065.03c 1.066042844E-04 92234.03c 3.362884434E-05 92235.03c 3.134211839E-03 92236.03c 1.345163763E-05 92238.03c 1.815957345E-04 mt292 lwtr.60t c total atom density = 8.00880E-02 a/b-cm m293 $ 8.008800E-02 1001.03c 4.150865749E-01 5010.03c 1.834372651E-04 5011.03c 7.431062827E-04 8016.03c 2.179393685E-01 12024.03c 1.319625542E-03 12025.03c 1.670627507E-04 12026.03c 1.839354679E-04 13027.03c 3.577832660E-01 14028.03c 1.272027823E-03 14029.03c 6.440800517E-05 14030.03c 4.275478875E-05 22046.03c 5.247511209E-06 22047.03c 4.732302107E-06 22048.03c 4.689049615E-05 22049.03c 3.441095350E-06 22050.03c 3.294793546E-06 24050.03c 6.624186589E-06 24052.03c 1.275961003E-04 24053.03c 1.446661008E-05 24054.03c 3.593815105E-06 25055.03c 8.159325414E-05 26054.03c 2.994248660E-05 26056.03c 4.696116853E-04 26057.03c 1.085095647E-05 26058.03c 1.433150848E-06 29063.03c 2.382158471E-04 29065.03c 1.061760028E-04 92234.03c 4.060714769E-05 92235.03c 3.784593057E-03 92236.03c 1.624303388E-05 92238.03c 2.192791469E-04 mt293 lwtr.60t c total atom density = 8.00937E-02 a/b-cm m294 $ 8.009370E-02 1001.03c 4.150562818E-01 5010.03c 1.295956850E-04 5011.03c 5.249924969E-04 8016.03c 2.205466403E-01 12024.03c 1.319529236E-03 12025.03c 1.670505584E-04 12026.03c 1.839220443E-04 13027.03c 3.545097091E-01 14028.03c 1.264680988E-03 14029.03c 6.403586011E-05 14030.03c 4.250782915E-05 22046.03c 5.247128245E-06 22047.03c 4.731956743E-06 22048.03c 4.688707408E-05 22049.03c 3.440844219E-06 22050.03c 3.294553091E-06 24050.03c 6.623703154E-06 24052.03c 1.275867883E-04 24053.03c 1.446555431E-05 24054.03c 3.593552828E-06 25055.03c 8.118564497E-05 26054.03c 2.970919712E-05 26056.03c 4.659516603E-04 26057.03c 1.076640019E-05 26058.03c 1.421971729E-06 29063.03c 2.368600300E-04 29065.03c 1.055715780E-04 92234.03c 5.043716532E-05 92235.03c 4.700743308E-03 92236.03c 2.017499098E-05 92238.03c 2.723609424E-04 mt294 lwtr.60t c total atom density = 8.00993E-02 a/b-cm m295 $ 8.009930E-02 1001.03c 4.150277825E-01 5010.03c 7.715543681E-05 5011.03c 3.125573663E-04 8016.03c 2.230845805E-01 12024.03c 1.319438632E-03 12025.03c 1.670390881E-04 12026.03c 1.839094155E-04 13027.03c 3.513217906E-01 14028.03c 1.257527914E-03 14029.03c 6.367415630E-05 14030.03c 4.226757974E-05 22046.03c 5.246767957E-06 22047.03c 4.731631829E-06 22048.03c 4.688385463E-05 22049.03c 3.440607957E-06 22050.03c 3.294326875E-06 24050.03c 6.623248346E-06 24052.03c 1.275780277E-04 24053.03c 1.446456105E-05 24054.03c 3.593306081E-06 25055.03c 8.078893055E-05 26054.03c 2.948206134E-05 26056.03c 4.623890450E-04 26057.03c 1.068408709E-05 26058.03c 1.411099954E-06 29063.03c 2.355403828E-04 29065.03c 1.049835494E-04 92234.03c 6.001132394E-05 92235.03c 5.593063481E-03 92236.03c 2.400472933E-05 92238.03c 3.240618484E-04 mt295 lwtr.60t c total atom density = 8.00998E-02 a/b-cm m296 $ 8.009980E-02 1001.03c 4.150249539E-01 5010.03c 7.238847983E-05 5011.03c 2.932455658E-04 8016.03c 2.233152705E-01 12024.03c 1.319429640E-03 12025.03c 1.670379497E-04 12026.03c 1.839081621E-04 13027.03c 3.510322544E-01 14028.03c 1.256882637E-03 14029.03c 6.364163735E-05 14030.03c 4.224606814E-05 22046.03c 5.246732199E-06 22047.03c 4.731599582E-06 22048.03c 4.688353511E-05 22049.03c 3.440584509E-06 22050.03c 3.294304423E-06 24050.03c 6.623203207E-06 24052.03c 1.275771582E-04 24053.03c 1.446446247E-05 24054.03c 3.593281592E-06 25055.03c 8.075279933E-05 26054.03c 2.946138595E-05 26056.03c 4.620650438E-04 26057.03c 1.067659853E-05 26058.03c 1.410116551E-06 29063.03c 2.354201754E-04 29065.03c 1.049300247E-04 92234.03c 6.088170406E-05 92235.03c 5.674174169E-03 92236.03c 2.435288137E-05 92238.03c 3.287612768E-04 mt296 lwtr.60t c total atom density = 8.00968E-02 a/b-cm m297 $ 8.009680E-02 1001.03c 4.150402676E-01 5010.03c 9.981758763E-05 5011.03c 4.043606908E-04 8016.03c 2.219876270E-01 12024.03c 1.319478324E-03 12025.03c 1.670441131E-04 12026.03c 1.839149480E-04 13027.03c 3.526994551E-01 14028.03c 1.260624542E-03 14029.03c 6.383050991E-05 14030.03c 4.237147708E-05 22046.03c 5.246925794E-06 22047.03c 4.731774170E-06 22048.03c 4.688526503E-05 22049.03c 3.440711460E-06 22050.03c 3.294425978E-06 24050.03c 6.623447592E-06 24052.03c 1.275818656E-04 24053.03c 1.446499618E-05 24054.03c 3.593414178E-06 25055.03c 8.096040635E-05 26054.03c 2.958020555E-05 26056.03c 4.639286088E-04 26057.03c 1.071966584E-05 26058.03c 1.415799268E-06 29063.03c 2.361117856E-04 29065.03c 1.052380285E-04 92234.03c 5.587388807E-05 92235.03c 5.207448565E-03 92236.03c 2.234970505E-05 92238.03c 3.017186460E-04 mt297 lwtr.60t c total atom density = 8.00933E-02 a/b-cm m298 $ 8.009330E-02 1001.03c 4.150582303E-01 5010.03c 1.330435213E-04 5011.03c 5.389586693E-04 8016.03c 2.203791224E-01 12024.03c 1.319535430E-03 12025.03c 1.670513426E-04 12026.03c 1.839229077E-04 13027.03c 3.547198801E-01 14028.03c 1.265148886E-03 14029.03c 6.406013276E-05 14030.03c 4.252388520E-05 22046.03c 5.247152878E-06 22047.03c 4.731978958E-06 22048.03c 4.688729419E-05 22049.03c 3.440860372E-06 22050.03c 3.294568558E-06 24050.03c 6.623734250E-06 24052.03c 1.275873873E-04 24053.03c 1.446562222E-05 24054.03c 3.593569698E-06 25055.03c 8.121174609E-05 26054.03c 2.972406940E-05 26056.03c 4.661860768E-04 26057.03c 1.077181947E-05 26058.03c 1.422690075E-06 29063.03c 2.369472914E-04 29065.03c 1.056105288E-04 92234.03c 4.980776173E-05 92235.03c 4.642083843E-03 92236.03c 1.992325452E-05 92238.03c 2.689611892E-04 mt298 lwtr.60t c c Inner fuel element--fueled central Axial region c total atom density = 8.00804E-02 a/b-cm m201 $ 8.008040E-02 1001.03c 4.151254862E-01 5010.03c 2.548951954E-04 5011.03c 1.032582720E-03 8016.03c 2.144807936E-01 12024.03c 1.319749248E-03 12025.03c 1.670784116E-04 12026.03c 1.839527105E-04 13027.03c 3.621274753E-01 14028.03c 1.281762407E-03 14029.03c 6.490092886E-05 14030.03c 4.308197206E-05 22046.03c 5.248003125E-06 22047.03c 4.732745727E-06 22048.03c 4.689489180E-05 22049.03c 3.441417928E-06 22050.03c 3.295102409E-06 24050.03c 6.624807558E-06 24052.03c 1.276080615E-04 24053.03c 1.446796622E-05 24054.03c 3.594151999E-06 25055.03c 8.213386753E-05 26054.03c 3.025198541E-05 26056.03c 4.744646272E-04 26057.03c 1.096311202E-05 26058.03c 1.447957956E-06 29063.03c 2.400126456E-04 29065.03c 1.069770364E-04 92234.03c 2.756081382E-05 92235.03c 2.568669646E-03 92236.03c 1.102440045E-05 92238.03c 1.488279950E-04 mt201 lwtr.60t c total atom density = 8.00839E-02 a/b-cm m202 $ 8.008390E-02 1001.03c 4.151070034E-01 5010.03c 2.216587037E-04 5011.03c 8.979417024E-04 8016.03c 2.160895464E-01 12024.03c 1.319690488E-03 12025.03c 1.670709727E-04 12026.03c 1.839445203E-04 13027.03c 3.601072047E-01 14028.03c 1.277222542E-03 14029.03c 6.467115227E-05 14030.03c 4.292946189E-05 22046.03c 5.247769466E-06 22047.03c 4.732535008E-06 22048.03c 4.689280387E-05 22049.03c 3.441264704E-06 22050.03c 3.294955700E-06 24050.03c 6.624512599E-06 24052.03c 1.276023799E-04 24053.03c 1.446732206E-05 24054.03c 3.593991975E-06 25055.03c 8.188234568E-05 26054.03c 3.010803809E-05 26056.03c 4.722070986E-04 26057.03c 1.091095311E-05 26058.03c 1.441063153E-06 29063.03c 2.391765753E-04 29065.03c 1.066042844E-04 92234.03c 3.362884434E-05 92235.03c 3.134211839E-03 92236.03c 1.345163763E-05 92238.03c 1.815957345E-04 mt202 lwtr.60t c total atom density = 8.00880E-02 a/b-cm m203 $ 8.008800E-02 1001.03c 4.150865749E-01 5010.03c 1.834372651E-04 5011.03c 7.431062827E-04 8016.03c 2.179393685E-01 12024.03c 1.319625542E-03 12025.03c 1.670627507E-04 12026.03c 1.839354679E-04 13027.03c 3.577832660E-01 14028.03c 1.272027823E-03 14029.03c 6.440800517E-05 14030.03c 4.275478875E-05 22046.03c 5.247511209E-06 22047.03c 4.732302107E-06 22048.03c 4.689049615E-05 22049.03c 3.441095350E-06 22050.03c 3.294793546E-06 24050.03c 6.624186589E-06 24052.03c 1.275961003E-04 24053.03c 1.446661008E-05 24054.03c 3.593815105E-06 25055.03c 8.159325414E-05 26054.03c 2.994248660E-05 26056.03c 4.696116853E-04 26057.03c 1.085095647E-05 26058.03c 1.433150848E-06 29063.03c 2.382158471E-04 29065.03c 1.061760028E-04 92234.03c 4.060714769E-05 92235.03c 3.784593057E-03 92236.03c 1.624303388E-05 92238.03c 2.192791469E-04 mt203 lwtr.60t c total atom density = 8.00937E-02 a/b-cm m204 $ 8.009370E-02 1001.03c 4.150562818E-01 5010.03c 1.295956850E-04 5011.03c 5.249924969E-04 8016.03c 2.205466403E-01 12024.03c 1.319529236E-03 12025.03c 1.670505584E-04 12026.03c 1.839220443E-04 13027.03c 3.545097091E-01 14028.03c 1.264680988E-03 14029.03c 6.403586011E-05 14030.03c 4.250782915E-05 22046.03c 5.247128245E-06 22047.03c 4.731956743E-06 22048.03c 4.688707408E-05 22049.03c 3.440844219E-06 22050.03c 3.294553091E-06 24050.03c 6.623703154E-06 24052.03c 1.275867883E-04 24053.03c 1.446555431E-05 24054.03c 3.593552828E-06 25055.03c 8.118564497E-05 26054.03c 2.970919712E-05 26056.03c 4.659516603E-04 26057.03c 1.076640019E-05 26058.03c 1.421971729E-06 29063.03c 2.368600300E-04 29065.03c 1.055715780E-04 92234.03c 5.043716532E-05 92235.03c 4.700743308E-03 92236.03c 2.017499098E-05 92238.03c 2.723609424E-04 mt204 lwtr.60t c total atom density = 8.00993E-02 a/b-cm m205 $ 8.009930E-02 1001.03c 4.150277825E-01 5010.03c 7.715543681E-05 5011.03c 3.125573663E-04 8016.03c 2.230845805E-01 12024.03c 1.319438632E-03 12025.03c 1.670390881E-04 12026.03c 1.839094155E-04 13027.03c 3.513217906E-01 14028.03c 1.257527914E-03 14029.03c 6.367415630E-05 14030.03c 4.226757974E-05 22046.03c 5.246767957E-06 22047.03c 4.731631829E-06 22048.03c 4.688385463E-05 22049.03c 3.440607957E-06 22050.03c 3.294326875E-06 24050.03c 6.623248346E-06 24052.03c 1.275780277E-04 24053.03c 1.446456105E-05 24054.03c 3.593306081E-06 25055.03c 8.078893055E-05 26054.03c 2.948206134E-05 26056.03c 4.623890450E-04 26057.03c 1.068408709E-05 26058.03c 1.411099954E-06 29063.03c 2.355403828E-04 29065.03c 1.049835494E-04 92234.03c 6.001132394E-05 92235.03c 5.593063481E-03 92236.03c 2.400472933E-05 92238.03c 3.240618484E-04 mt205 lwtr.60t c total atom density = 8.00998E-02 a/b-cm m206 $ 8.009980E-02 1001.03c 4.150249539E-01 5010.03c 7.238847983E-05 5011.03c 2.932455658E-04 8016.03c 2.233152705E-01 12024.03c 1.319429640E-03 12025.03c 1.670379497E-04 12026.03c 1.839081621E-04 13027.03c 3.510322544E-01 14028.03c 1.256882637E-03 14029.03c 6.364163735E-05 14030.03c 4.224606814E-05 22046.03c 5.246732199E-06 22047.03c 4.731599582E-06 22048.03c 4.688353511E-05 22049.03c 3.440584509E-06 22050.03c 3.294304423E-06 24050.03c 6.623203207E-06 24052.03c 1.275771582E-04 24053.03c 1.446446247E-05 24054.03c 3.593281592E-06 25055.03c 8.075279933E-05 26054.03c 2.946138595E-05 26056.03c 4.620650438E-04 26057.03c 1.067659853E-05 26058.03c 1.410116551E-06 29063.03c 2.354201754E-04 29065.03c 1.049300247E-04 92234.03c 6.088170406E-05 92235.03c 5.674174169E-03 92236.03c 2.435288137E-05 92238.03c 3.287612768E-04 mt206 lwtr.60t c total atom density = 8.00968E-02 a/b-cm m207 $ 8.009680E-02 1001.03c 4.150402676E-01 5010.03c 9.981758763E-05 5011.03c 4.043606908E-04 8016.03c 2.219876270E-01 12024.03c 1.319478324E-03 12025.03c 1.670441131E-04 12026.03c 1.839149480E-04 13027.03c 3.526994551E-01 14028.03c 1.260624542E-03 14029.03c 6.383050991E-05 14030.03c 4.237147708E-05 22046.03c 5.246925794E-06 22047.03c 4.731774170E-06 22048.03c 4.688526503E-05 22049.03c 3.440711460E-06 22050.03c 3.294425978E-06 24050.03c 6.623447592E-06 24052.03c 1.275818656E-04 24053.03c 1.446499618E-05 24054.03c 3.593414178E-06 25055.03c 8.096040635E-05 26054.03c 2.958020555E-05 26056.03c 4.639286088E-04 26057.03c 1.071966584E-05 26058.03c 1.415799268E-06 29063.03c 2.361117856E-04 29065.03c 1.052380285E-04 92234.03c 5.587388807E-05 92235.03c 5.207448565E-03 92236.03c 2.234970505E-05 92238.03c 3.017186460E-04 mt207 lwtr.60t c total atom density = 8.00933E-02 a/b-cm m208 $ 8.009330E-02 1001.03c 4.150582303E-01 5010.03c 1.330435213E-04 5011.03c 5.389586693E-04 8016.03c 2.203791224E-01 12024.03c 1.319535430E-03 12025.03c 1.670513426E-04 12026.03c 1.839229077E-04 13027.03c 3.547198801E-01 14028.03c 1.265148886E-03 14029.03c 6.406013276E-05 14030.03c 4.252388520E-05 22046.03c 5.247152878E-06 22047.03c 4.731978958E-06 22048.03c 4.688729419E-05 22049.03c 3.440860372E-06 22050.03c 3.294568558E-06 24050.03c 6.623734250E-06 24052.03c 1.275873873E-04 24053.03c 1.446562222E-05 24054.03c 3.593569698E-06 25055.03c 8.121174609E-05 26054.03c 2.972406940E-05 26056.03c 4.661860768E-04 26057.03c 1.077181947E-05 26058.03c 1.422690075E-06 29063.03c 2.369472914E-04 29065.03c 1.056105288E-04 92234.03c 4.980776173E-05 92235.03c 4.642083843E-03 92236.03c 1.992325452E-05 92238.03c 2.689611892E-04 mt208 lwtr.60t c c c c c c Outer Fuel element Material Descriptions c ---------------------------------------- c c Aluminum Sidewalls c c Outer fuel element--upper uncontrolled region m72 1001.03c 3.35240E-02 8016.03c 1.66756E-02 13027.03c 2.92741E-02 14028.03c 1.60187E-04 14029.03c 8.11095E-06 14030.03c 5.38414E-06 22046.03c 1.05065E-06 22047.03c 9.47499E-07 22048.03c 9.38839E-06 22049.03c 6.88974E-07 22050.03c 6.59683E-07 24050.03c 1.32629E-06 24052.03c 2.55471E-05 24053.03c 2.89649E-06 24054.03c 7.19550E-07 25055.03c 1.10987E-05 26054.03c 2.98072E-06 26056.03c 4.67489E-05 26057.03c 1.08019E-06 26058.03c 1.42667E-07 29063.03c 3.02466E-05 29065.03c 1.34813E-05 12024.03c 2.64216E-04 12025.03c 3.34493E-05 12026.03c 3.68277E-05 mt72 lwtr.60t c Outer fuel element--lower uncontrolled region m73 1001.03c 3.31702E-02 8016.03c 1.64987E-02 13027.03c 2.92741E-02 14028.03c 1.60187E-04 14029.03c 8.11095E-06 14030.03c 5.38414E-06 22046.03c 1.05065E-06 22047.03c 9.47499E-07 22048.03c 9.38839E-06 22049.03c 6.88974E-07 22050.03c 6.59683E-07 24050.03c 1.32629E-06 24052.03c 2.55471E-05 24053.03c 2.89649E-06 24054.03c 7.19550E-07 25055.03c 1.10987E-05 26054.03c 2.98072E-06 26056.03c 4.67489E-05 26057.03c 1.08019E-06 26058.03c 1.42667E-07 29063.03c 3.02466E-05 29065.03c 1.34813E-05 12024.03c 2.64216E-04 12025.03c 3.34493E-05 12026.03c 3.68277E-05 mt73 lwtr.60t c c Outer Fuel Element fueled region 1 c total atom density = 8.00583E-02 a/b-cm m311 $ 8.005830E-02 1001.03c 4.152398683E-01 8016.03c 2.222692575E-01 12024.03c 1.320112886E-03 12025.03c 1.671244477E-04 12026.03c 1.840033961E-04 13027.03c 3.526529823E-01 14028.03c 1.260743655E-03 14029.03c 6.383672504E-05 14030.03c 4.237561615E-05 22046.03c 5.249449139E-06 22047.03c 4.734049768E-06 22048.03c 4.690781303E-05 22049.03c 3.442366163E-06 22050.03c 3.296010329E-06 24050.03c 6.626632931E-06 24052.03c 1.276432221E-04 24053.03c 1.447195267E-05 24054.03c 3.595142318E-06 25055.03c 8.097248629E-05 26054.03c 2.957894252E-05 26056.03c 4.639093973E-04 26057.03c 1.071922520E-05 26058.03c 1.415743190E-06 29063.03c 2.361354017E-04 29065.03c 1.052485436E-04 92234.03c 5.655740529E-05 92235.03c 5.271158317E-03 92236.03c 2.262313699E-05 92238.03c 3.054099136E-04 mt311 lwtr.60t c total atom density = 8.00895E-02 a/b-cm m312 $ 8.008950E-02 1001.03c 4.150781477E-01 8016.03c 2.251593619E-01 12024.03c 1.319598751E-03 12025.03c 1.670593589E-04 12026.03c 1.839317336E-04 13027.03c 3.488285119E-01 14028.03c 1.252024347E-03 14029.03c 6.339557870E-05 14030.03c 4.208267167E-05 22046.03c 5.247404673E-06 22047.03c 4.732206031E-06 22048.03c 4.688954417E-05 22049.03c 3.441025489E-06 22050.03c 3.294726655E-06 24050.03c 6.624052103E-06 24052.03c 1.275935098E-04 24053.03c 1.446631638E-05 24054.03c 3.593742143E-06 25055.03c 8.048521035E-05 26054.03c 2.930521595E-05 26056.03c 4.596158230E-04 26057.03c 1.061999430E-05 26058.03c 1.402643348E-06 29063.03c 2.345251343E-04 29065.03c 1.045308103E-04 92234.03c 6.769514373E-05 92235.03c 6.309191841E-03 92236.03c 2.707820733E-05 92238.03c 3.655535514E-04 mt312 lwtr.60t c total atom density = 8.01228E-02 a/b-cm m313 $ 8.012280E-02 1001.03c 4.149055891E-01 8016.03c 2.282371390E-01 12024.03c 1.319050160E-03 12025.03c 1.669899081E-04 12026.03c 1.838552685E-04 13027.03c 3.447557742E-01 14028.03c 1.242747290E-03 14029.03c 6.292565444E-05 14030.03c 4.177075379E-05 22046.03c 5.245223192E-06 22047.03c 4.730238732E-06 22048.03c 4.687005099E-05 22049.03c 3.439594966E-06 22050.03c 3.293356952E-06 24050.03c 6.621298315E-06 24052.03c 1.275404659E-04 24053.03c 1.446030236E-05 24054.03c 3.592248132E-06 25055.03c 7.996612106E-05 26054.03c 2.901346218E-05 26056.03c 4.550402294E-04 26057.03c 1.051427231E-05 26058.03c 1.388680772E-06 29063.03c 2.328101191E-04 29065.03c 1.037663360E-04 92234.03c 7.955862160E-05 92235.03c 7.414867627E-03 92236.03c 3.182364833E-05 92238.03c 4.296167563E-04 mt313 lwtr.60t c total atom density = 8.01530E-02 a/b-cm m314 $ 8.015300E-02 1001.03c 4.147490712E-01 8016.03c 2.310280357E-01 12024.03c 1.318552565E-03 12025.03c 1.669269133E-04 12026.03c 1.837859114E-04 13027.03c 3.410625360E-01 14028.03c 1.234327441E-03 14029.03c 6.249931174E-05 14030.03c 4.148775754E-05 22046.03c 5.243244499E-06 22047.03c 4.728454310E-06 22048.03c 4.685236986E-05 22049.03c 3.438297423E-06 22050.03c 3.292114575E-06 24050.03c 6.618800514E-06 24052.03c 1.274923529E-04 24053.03c 1.445484740E-05 24054.03c 3.590893002E-06 25055.03c 7.949517309E-05 26054.03c 2.874900220E-05 26056.03c 4.508911802E-04 26057.03c 1.041841922E-05 26058.03c 1.376017632E-06 29063.03c 2.312538537E-04 29065.03c 1.030729430E-04 92234.03c 9.031796872E-05 92235.03c 8.417646762E-03 92236.03c 3.612751187E-05 92238.03c 4.877169812E-04 mt314 lwtr.60t c total atom density = 8.01437E-02 a/b-cm m315 $ 8.014370E-02 1001.03c 4.147973069E-01 8016.03c 2.301727393E-01 12024.03c 1.318705914E-03 12025.03c 1.669463270E-04 12026.03c 1.838072859E-04 13027.03c 3.421939905E-01 14028.03c 1.236910361E-03 14029.03c 6.263010854E-05 14030.03c 4.157456033E-05 22046.03c 5.243854293E-06 22047.03c 4.729004233E-06 22048.03c 4.685781883E-05 22049.03c 3.438697300E-06 22050.03c 3.292497451E-06 24050.03c 6.619570287E-06 24052.03c 1.275071804E-04 24053.03c 1.445652851E-05 24054.03c 3.591310626E-06 25055.03c 7.963955068E-05 26054.03c 2.883008108E-05 26056.03c 4.521626791E-04 26057.03c 1.044780527E-05 26058.03c 1.379895984E-06 29063.03c 2.317299417E-04 29065.03c 1.032853205E-04 92234.03c 8.702166354E-05 92235.03c 8.110429423E-03 92236.03c 3.480896488E-05 92238.03c 4.699170330E-04 mt315 lwtr.60t c total atom density = 8.00985E-02 a/b-cm m316 $ 8.009850E-02 1001.03c 4.150316390E-01 8016.03c 2.259880820E-01 12024.03c 1.319450892E-03 12025.03c 1.670406402E-04 12026.03c 1.839111244E-04 13027.03c 3.477319779E-01 14028.03c 1.249524465E-03 14029.03c 6.326887256E-05 14030.03c 4.199867897E-05 22046.03c 5.246816711E-06 22047.03c 4.731675796E-06 22048.03c 4.688429029E-05 22049.03c 3.440639928E-06 22050.03c 3.294357487E-06 24050.03c 6.623309891E-06 24052.03c 1.275792132E-04 24053.03c 1.446469546E-05 24054.03c 3.593339471E-06 25055.03c 8.034547803E-05 26054.03c 2.922665002E-05 26056.03c 4.583832776E-04 26057.03c 1.059152543E-05 26058.03c 1.398878126E-06 29063.03c 2.340631425E-04 29065.03c 1.043252115E-04 92234.03c 7.088911783E-05 92235.03c 6.606867629E-03 92236.03c 2.835584689E-05 92238.03c 3.828013112E-04 mt316 lwtr.60t c total atom density = 8.00555E-02 a/b-cm m317 $ 8.005550E-02 1001.03c 4.152545507E-01 8016.03c 2.220098021E-01 12024.03c 1.320159564E-03 12025.03c 1.671303571E-04 12026.03c 1.840099023E-04 13027.03c 3.529964722E-01 14028.03c 1.261537714E-03 14029.03c 6.387695590E-05 14030.03c 4.240222209E-05 22046.03c 5.249634754E-06 22047.03c 4.734217159E-06 22048.03c 4.690947164E-05 22049.03c 3.442487881E-06 22050.03c 3.296126872E-06 24050.03c 6.626867242E-06 24052.03c 1.276477354E-04 24053.03c 1.447246438E-05 24054.03c 3.595269438E-06 25055.03c 8.101644589E-05 26054.03c 2.960359702E-05 26056.03c 4.642967934E-04 26057.03c 1.072816079E-05 26058.03c 1.416929960E-06 29063.03c 2.362799068E-04 29065.03c 1.053132228E-04 92234.03c 5.555422712E-05 92235.03c 5.177659664E-03 92236.03c 2.222184074E-05 92238.03c 2.999932262E-04 mt317 lwtr.60t c total atom density = 8.00271E-02 a/b-cm m318 $ 8.002710E-02 1001.03c 4.154017194E-01 8016.03c 2.193781522E-01 12024.03c 1.320627436E-03 12025.03c 1.671895891E-04 12026.03c 1.840751165E-04 13027.03c 3.564791884E-01 14028.03c 1.269457278E-03 14029.03c 6.427834092E-05 14030.03c 4.266866449E-05 22046.03c 5.251495256E-06 22047.03c 4.735894994E-06 22048.03c 4.692609664E-05 22049.03c 3.443707919E-06 22050.03c 3.297295039E-06 24050.03c 6.629215843E-06 24052.03c 1.276929746E-04 24053.03c 1.447759351E-05 24054.03c 3.596543623E-06 25055.03c 8.146026792E-05 26054.03c 2.985300775E-05 26056.03c 4.682075734E-04 26057.03c 1.081853357E-05 26058.03c 1.428865754E-06 29063.03c 2.377469270E-04 29065.03c 1.059668376E-04 92234.03c 4.541111007E-05 92235.03c 4.232315658E-03 92236.03c 1.816459398E-05 92238.03c 2.452193946E-04 mt318 lwtr.60t c total atom density = 8.00013E-02 a/b-cm m319 $ 8.000130E-02 1001.03c 4.155354944E-01 8016.03c 2.169850918E-01 12024.03c 1.321052728E-03 12025.03c 1.672434304E-04 12026.03c 1.841343956E-04 13027.03c 3.596464366E-01 14028.03c 1.276678476E-03 14029.03c 6.464391015E-05 14030.03c 4.291140154E-05 22046.03c 5.253186435E-06 22047.03c 4.737420130E-06 22048.03c 4.694120860E-05 22049.03c 3.444816923E-06 22050.03c 3.298356892E-06 24050.03c 6.631350700E-06 24052.03c 1.277340965E-04 24053.03c 1.448225584E-05 24054.03c 3.597701845E-06 25055.03c 8.186386983E-05 26054.03c 3.007986787E-05 26056.03c 4.717645464E-04 26057.03c 1.090072872E-05 26058.03c 1.439713227E-06 29063.03c 2.390809693E-04 29065.03c 1.065613284E-04 92234.03c 3.618501495E-05 92235.03c 3.372443143E-03 92236.03c 1.447413098E-05 92238.03c 1.953992057E-04 mt319 lwtr.60t c c Outer Fuel Element fueled region 2 c total atom density = 8.00583E-02 a/b-cm m321 $ 8.005830E-02 1001.03c 4.152398683E-01 8016.03c 2.222692575E-01 12024.03c 1.320112886E-03 12025.03c 1.671244477E-04 12026.03c 1.840033961E-04 13027.03c 3.526529823E-01 14028.03c 1.260743655E-03 14029.03c 6.383672504E-05 14030.03c 4.237561615E-05 22046.03c 5.249449139E-06 22047.03c 4.734049768E-06 22048.03c 4.690781303E-05 22049.03c 3.442366163E-06 22050.03c 3.296010329E-06 24050.03c 6.626632931E-06 24052.03c 1.276432221E-04 24053.03c 1.447195267E-05 24054.03c 3.595142318E-06 25055.03c 8.097248629E-05 26054.03c 2.957894252E-05 26056.03c 4.639093973E-04 26057.03c 1.071922520E-05 26058.03c 1.415743190E-06 29063.03c 2.361354017E-04 29065.03c 1.052485436E-04 92234.03c 5.655740529E-05 92235.03c 5.271158317E-03 92236.03c 2.262313699E-05 92238.03c 3.054099136E-04 mt321 lwtr.60t c total atom density = 8.00895E-02 a/b-cm m322 $ 8.008950E-02 1001.03c 4.150781477E-01 8016.03c 2.251593619E-01 12024.03c 1.319598751E-03 12025.03c 1.670593589E-04 12026.03c 1.839317336E-04 13027.03c 3.488285119E-01 14028.03c 1.252024347E-03 14029.03c 6.339557870E-05 14030.03c 4.208267167E-05 22046.03c 5.247404673E-06 22047.03c 4.732206031E-06 22048.03c 4.688954417E-05 22049.03c 3.441025489E-06 22050.03c 3.294726655E-06 24050.03c 6.624052103E-06 24052.03c 1.275935098E-04 24053.03c 1.446631638E-05 24054.03c 3.593742143E-06 25055.03c 8.048521035E-05 26054.03c 2.930521595E-05 26056.03c 4.596158230E-04 26057.03c 1.061999430E-05 26058.03c 1.402643348E-06 29063.03c 2.345251343E-04 29065.03c 1.045308103E-04 92234.03c 6.769514373E-05 92235.03c 6.309191841E-03 92236.03c 2.707820733E-05 92238.03c 3.655535514E-04 mt322 lwtr.60t c total atom density = 8.01228E-02 a/b-cm m323 $ 8.012280E-02 1001.03c 4.149055891E-01 8016.03c 2.282371390E-01 12024.03c 1.319050160E-03 12025.03c 1.669899081E-04 12026.03c 1.838552685E-04 13027.03c 3.447557742E-01 14028.03c 1.242747290E-03 14029.03c 6.292565444E-05 14030.03c 4.177075379E-05 22046.03c 5.245223192E-06 22047.03c 4.730238732E-06 22048.03c 4.687005099E-05 22049.03c 3.439594966E-06 22050.03c 3.293356952E-06 24050.03c 6.621298315E-06 24052.03c 1.275404659E-04 24053.03c 1.446030236E-05 24054.03c 3.592248132E-06 25055.03c 7.996612106E-05 26054.03c 2.901346218E-05 26056.03c 4.550402294E-04 26057.03c 1.051427231E-05 26058.03c 1.388680772E-06 29063.03c 2.328101191E-04 29065.03c 1.037663360E-04 92234.03c 7.955862160E-05 92235.03c 7.414867627E-03 92236.03c 3.182364833E-05 92238.03c 4.296167563E-04 mt323 lwtr.60t c total atom density = 8.01530E-02 a/b-cm m324 $ 8.015300E-02 1001.03c 4.147490712E-01 8016.03c 2.310280357E-01 12024.03c 1.318552565E-03 12025.03c 1.669269133E-04 12026.03c 1.837859114E-04 13027.03c 3.410625360E-01 14028.03c 1.234327441E-03 14029.03c 6.249931174E-05 14030.03c 4.148775754E-05 22046.03c 5.243244499E-06 22047.03c 4.728454310E-06 22048.03c 4.685236986E-05 22049.03c 3.438297423E-06 22050.03c 3.292114575E-06 24050.03c 6.618800514E-06 24052.03c 1.274923529E-04 24053.03c 1.445484740E-05 24054.03c 3.590893002E-06 25055.03c 7.949517309E-05 26054.03c 2.874900220E-05 26056.03c 4.508911802E-04 26057.03c 1.041841922E-05 26058.03c 1.376017632E-06 29063.03c 2.312538537E-04 29065.03c 1.030729430E-04 92234.03c 9.031796872E-05 92235.03c 8.417646762E-03 92236.03c 3.612751187E-05 92238.03c 4.877169812E-04 mt324 lwtr.60t c total atom density = 8.01437E-02 a/b-cm m325 $ 8.014370E-02 1001.03c 4.147973069E-01 8016.03c 2.301727393E-01 12024.03c 1.318705914E-03 12025.03c 1.669463270E-04 12026.03c 1.838072859E-04 13027.03c 3.421939905E-01 14028.03c 1.236910361E-03 14029.03c 6.263010854E-05 14030.03c 4.157456033E-05 22046.03c 5.243854293E-06 22047.03c 4.729004233E-06 22048.03c 4.685781883E-05 22049.03c 3.438697300E-06 22050.03c 3.292497451E-06 24050.03c 6.619570287E-06 24052.03c 1.275071804E-04 24053.03c 1.445652851E-05 24054.03c 3.591310626E-06 25055.03c 7.963955068E-05 26054.03c 2.883008108E-05 26056.03c 4.521626791E-04 26057.03c 1.044780527E-05 26058.03c 1.379895984E-06 29063.03c 2.317299417E-04 29065.03c 1.032853205E-04 92234.03c 8.702166354E-05 92235.03c 8.110429423E-03 92236.03c 3.480896488E-05 92238.03c 4.699170330E-04 mt325 lwtr.60t c total atom density = 8.00985E-02 a/b-cm m326 $ 8.009850E-02 1001.03c 4.150316390E-01 8016.03c 2.259880820E-01 12024.03c 1.319450892E-03 12025.03c 1.670406402E-04 12026.03c 1.839111244E-04 13027.03c 3.477319779E-01 14028.03c 1.249524465E-03 14029.03c 6.326887256E-05 14030.03c 4.199867897E-05 22046.03c 5.246816711E-06 22047.03c 4.731675796E-06 22048.03c 4.688429029E-05 22049.03c 3.440639928E-06 22050.03c 3.294357487E-06 24050.03c 6.623309891E-06 24052.03c 1.275792132E-04 24053.03c 1.446469546E-05 24054.03c 3.593339471E-06 25055.03c 8.034547803E-05 26054.03c 2.922665002E-05 26056.03c 4.583832776E-04 26057.03c 1.059152543E-05 26058.03c 1.398878126E-06 29063.03c 2.340631425E-04 29065.03c 1.043252115E-04 92234.03c 7.088911783E-05 92235.03c 6.606867629E-03 92236.03c 2.835584689E-05 92238.03c 3.828013112E-04 mt326 lwtr.60t c total atom density = 8.00555E-02 a/b-cm m327 $ 8.005550E-02 1001.03c 4.152545507E-01 8016.03c 2.220098021E-01 12024.03c 1.320159564E-03 12025.03c 1.671303571E-04 12026.03c 1.840099023E-04 13027.03c 3.529964722E-01 14028.03c 1.261537714E-03 14029.03c 6.387695590E-05 14030.03c 4.240222209E-05 22046.03c 5.249634754E-06 22047.03c 4.734217159E-06 22048.03c 4.690947164E-05 22049.03c 3.442487881E-06 22050.03c 3.296126872E-06 24050.03c 6.626867242E-06 24052.03c 1.276477354E-04 24053.03c 1.447246438E-05 24054.03c 3.595269438E-06 25055.03c 8.101644589E-05 26054.03c 2.960359702E-05 26056.03c 4.642967934E-04 26057.03c 1.072816079E-05 26058.03c 1.416929960E-06 29063.03c 2.362799068E-04 29065.03c 1.053132228E-04 92234.03c 5.555422712E-05 92235.03c 5.177659664E-03 92236.03c 2.222184074E-05 92238.03c 2.999932262E-04 mt327 lwtr.60t c total atom density = 8.00271E-02 a/b-cm m328 $ 8.002710E-02 1001.03c 4.154017194E-01 8016.03c 2.193781522E-01 12024.03c 1.320627436E-03 12025.03c 1.671895891E-04 12026.03c 1.840751165E-04 13027.03c 3.564791884E-01 14028.03c 1.269457278E-03 14029.03c 6.427834092E-05 14030.03c 4.266866449E-05 22046.03c 5.251495256E-06 22047.03c 4.735894994E-06 22048.03c 4.692609664E-05 22049.03c 3.443707919E-06 22050.03c 3.297295039E-06 24050.03c 6.629215843E-06 24052.03c 1.276929746E-04 24053.03c 1.447759351E-05 24054.03c 3.596543623E-06 25055.03c 8.146026792E-05 26054.03c 2.985300775E-05 26056.03c 4.682075734E-04 26057.03c 1.081853357E-05 26058.03c 1.428865754E-06 29063.03c 2.377469270E-04 29065.03c 1.059668376E-04 92234.03c 4.541111007E-05 92235.03c 4.232315658E-03 92236.03c 1.816459398E-05 92238.03c 2.452193946E-04 mt328 lwtr.60t c total atom density = 8.00013E-02 a/b-cm m329 $ 8.000130E-02 1001.03c 4.155354944E-01 8016.03c 2.169850918E-01 12024.03c 1.321052728E-03 12025.03c 1.672434304E-04 12026.03c 1.841343956E-04 13027.03c 3.596464366E-01 14028.03c 1.276678476E-03 14029.03c 6.464391015E-05 14030.03c 4.291140154E-05 22046.03c 5.253186435E-06 22047.03c 4.737420130E-06 22048.03c 4.694120860E-05 22049.03c 3.444816923E-06 22050.03c 3.298356892E-06 24050.03c 6.631350700E-06 24052.03c 1.277340965E-04 24053.03c 1.448225584E-05 24054.03c 3.597701845E-06 25055.03c 8.186386983E-05 26054.03c 3.007986787E-05 26056.03c 4.717645464E-04 26057.03c 1.090072872E-05 26058.03c 1.439713227E-06 29063.03c 2.390809693E-04 29065.03c 1.065613284E-04 92234.03c 3.618501495E-05 92235.03c 3.372443143E-03 92236.03c 1.447413098E-05 92238.03c 1.953992057E-04 mt329 lwtr.60t c c Outer Fuel Element fueled region 3 c total atom density = 8.00583E-02 a/b-cm m331 $ 8.005830E-02 1001.03c 4.152398683E-01 8016.03c 2.222692575E-01 12024.03c 1.320112886E-03 12025.03c 1.671244477E-04 12026.03c 1.840033961E-04 13027.03c 3.526529823E-01 14028.03c 1.260743655E-03 14029.03c 6.383672504E-05 14030.03c 4.237561615E-05 22046.03c 5.249449139E-06 22047.03c 4.734049768E-06 22048.03c 4.690781303E-05 22049.03c 3.442366163E-06 22050.03c 3.296010329E-06 24050.03c 6.626632931E-06 24052.03c 1.276432221E-04 24053.03c 1.447195267E-05 24054.03c 3.595142318E-06 25055.03c 8.097248629E-05 26054.03c 2.957894252E-05 26056.03c 4.639093973E-04 26057.03c 1.071922520E-05 26058.03c 1.415743190E-06 29063.03c 2.361354017E-04 29065.03c 1.052485436E-04 92234.03c 5.655740529E-05 92235.03c 5.271158317E-03 92236.03c 2.262313699E-05 92238.03c 3.054099136E-04 mt331 lwtr.60t c total atom density = 8.00895E-02 a/b-cm m332 $ 8.008950E-02 1001.03c 4.150781477E-01 8016.03c 2.251593619E-01 12024.03c 1.319598751E-03 12025.03c 1.670593589E-04 12026.03c 1.839317336E-04 13027.03c 3.488285119E-01 14028.03c 1.252024347E-03 14029.03c 6.339557870E-05 14030.03c 4.208267167E-05 22046.03c 5.247404673E-06 22047.03c 4.732206031E-06 22048.03c 4.688954417E-05 22049.03c 3.441025489E-06 22050.03c 3.294726655E-06 24050.03c 6.624052103E-06 24052.03c 1.275935098E-04 24053.03c 1.446631638E-05 24054.03c 3.593742143E-06 25055.03c 8.048521035E-05 26054.03c 2.930521595E-05 26056.03c 4.596158230E-04 26057.03c 1.061999430E-05 26058.03c 1.402643348E-06 29063.03c 2.345251343E-04 29065.03c 1.045308103E-04 92234.03c 6.769514373E-05 92235.03c 6.309191841E-03 92236.03c 2.707820733E-05 92238.03c 3.655535514E-04 mt332 lwtr.60t c total atom density = 8.01228E-02 a/b-cm m333 $ 8.012280E-02 1001.03c 4.149055891E-01 8016.03c 2.282371390E-01 12024.03c 1.319050160E-03 12025.03c 1.669899081E-04 12026.03c 1.838552685E-04 13027.03c 3.447557742E-01 14028.03c 1.242747290E-03 14029.03c 6.292565444E-05 14030.03c 4.177075379E-05 22046.03c 5.245223192E-06 22047.03c 4.730238732E-06 22048.03c 4.687005099E-05 22049.03c 3.439594966E-06 22050.03c 3.293356952E-06 24050.03c 6.621298315E-06 24052.03c 1.275404659E-04 24053.03c 1.446030236E-05 24054.03c 3.592248132E-06 25055.03c 7.996612106E-05 26054.03c 2.901346218E-05 26056.03c 4.550402294E-04 26057.03c 1.051427231E-05 26058.03c 1.388680772E-06 29063.03c 2.328101191E-04 29065.03c 1.037663360E-04 92234.03c 7.955862160E-05 92235.03c 7.414867627E-03 92236.03c 3.182364833E-05 92238.03c 4.296167563E-04 mt333 lwtr.60t c total atom density = 8.01530E-02 a/b-cm m334 $ 8.015300E-02 1001.03c 4.147490712E-01 8016.03c 2.310280357E-01 12024.03c 1.318552565E-03 12025.03c 1.669269133E-04 12026.03c 1.837859114E-04 13027.03c 3.410625360E-01 14028.03c 1.234327441E-03 14029.03c 6.249931174E-05 14030.03c 4.148775754E-05 22046.03c 5.243244499E-06 22047.03c 4.728454310E-06 22048.03c 4.685236986E-05 22049.03c 3.438297423E-06 22050.03c 3.292114575E-06 24050.03c 6.618800514E-06 24052.03c 1.274923529E-04 24053.03c 1.445484740E-05 24054.03c 3.590893002E-06 25055.03c 7.949517309E-05 26054.03c 2.874900220E-05 26056.03c 4.508911802E-04 26057.03c 1.041841922E-05 26058.03c 1.376017632E-06 29063.03c 2.312538537E-04 29065.03c 1.030729430E-04 92234.03c 9.031796872E-05 92235.03c 8.417646762E-03 92236.03c 3.612751187E-05 92238.03c 4.877169812E-04 mt334 lwtr.60t c total atom density = 8.01437E-02 a/b-cm m335 $ 8.014370E-02 1001.03c 4.147973069E-01 8016.03c 2.301727393E-01 12024.03c 1.318705914E-03 12025.03c 1.669463270E-04 12026.03c 1.838072859E-04 13027.03c 3.421939905E-01 14028.03c 1.236910361E-03 14029.03c 6.263010854E-05 14030.03c 4.157456033E-05 22046.03c 5.243854293E-06 22047.03c 4.729004233E-06 22048.03c 4.685781883E-05 22049.03c 3.438697300E-06 22050.03c 3.292497451E-06 24050.03c 6.619570287E-06 24052.03c 1.275071804E-04 24053.03c 1.445652851E-05 24054.03c 3.591310626E-06 25055.03c 7.963955068E-05 26054.03c 2.883008108E-05 26056.03c 4.521626791E-04 26057.03c 1.044780527E-05 26058.03c 1.379895984E-06 29063.03c 2.317299417E-04 29065.03c 1.032853205E-04 92234.03c 8.702166354E-05 92235.03c 8.110429423E-03 92236.03c 3.480896488E-05 92238.03c 4.699170330E-04 mt335 lwtr.60t c total atom density = 8.00985E-02 a/b-cm m336 $ 8.009850E-02 1001.03c 4.150316390E-01 8016.03c 2.259880820E-01 12024.03c 1.319450892E-03 12025.03c 1.670406402E-04 12026.03c 1.839111244E-04 13027.03c 3.477319779E-01 14028.03c 1.249524465E-03 14029.03c 6.326887256E-05 14030.03c 4.199867897E-05 22046.03c 5.246816711E-06 22047.03c 4.731675796E-06 22048.03c 4.688429029E-05 22049.03c 3.440639928E-06 22050.03c 3.294357487E-06 24050.03c 6.623309891E-06 24052.03c 1.275792132E-04 24053.03c 1.446469546E-05 24054.03c 3.593339471E-06 25055.03c 8.034547803E-05 26054.03c 2.922665002E-05 26056.03c 4.583832776E-04 26057.03c 1.059152543E-05 26058.03c 1.398878126E-06 29063.03c 2.340631425E-04 29065.03c 1.043252115E-04 92234.03c 7.088911783E-05 92235.03c 6.606867629E-03 92236.03c 2.835584689E-05 92238.03c 3.828013112E-04 mt336 lwtr.60t c total atom density = 8.00555E-02 a/b-cm m337 $ 8.005550E-02 1001.03c 4.152545507E-01 8016.03c 2.220098021E-01 12024.03c 1.320159564E-03 12025.03c 1.671303571E-04 12026.03c 1.840099023E-04 13027.03c 3.529964722E-01 14028.03c 1.261537714E-03 14029.03c 6.387695590E-05 14030.03c 4.240222209E-05 22046.03c 5.249634754E-06 22047.03c 4.734217159E-06 22048.03c 4.690947164E-05 22049.03c 3.442487881E-06 22050.03c 3.296126872E-06 24050.03c 6.626867242E-06 24052.03c 1.276477354E-04 24053.03c 1.447246438E-05 24054.03c 3.595269438E-06 25055.03c 8.101644589E-05 26054.03c 2.960359702E-05 26056.03c 4.642967934E-04 26057.03c 1.072816079E-05 26058.03c 1.416929960E-06 29063.03c 2.362799068E-04 29065.03c 1.053132228E-04 92234.03c 5.555422712E-05 92235.03c 5.177659664E-03 92236.03c 2.222184074E-05 92238.03c 2.999932262E-04 mt337 lwtr.60t c total atom density = 8.00271E-02 a/b-cm m338 $ 8.002710E-02 1001.03c 4.154017194E-01 8016.03c 2.193781522E-01 12024.03c 1.320627436E-03 12025.03c 1.671895891E-04 12026.03c 1.840751165E-04 13027.03c 3.564791884E-01 14028.03c 1.269457278E-03 14029.03c 6.427834092E-05 14030.03c 4.266866449E-05 22046.03c 5.251495256E-06 22047.03c 4.735894994E-06 22048.03c 4.692609664E-05 22049.03c 3.443707919E-06 22050.03c 3.297295039E-06 24050.03c 6.629215843E-06 24052.03c 1.276929746E-04 24053.03c 1.447759351E-05 24054.03c 3.596543623E-06 25055.03c 8.146026792E-05 26054.03c 2.985300775E-05 26056.03c 4.682075734E-04 26057.03c 1.081853357E-05 26058.03c 1.428865754E-06 29063.03c 2.377469270E-04 29065.03c 1.059668376E-04 92234.03c 4.541111007E-05 92235.03c 4.232315658E-03 92236.03c 1.816459398E-05 92238.03c 2.452193946E-04 mt338 lwtr.60t c total atom density = 8.00013E-02 a/b-cm m339 $ 8.000130E-02 1001.03c 4.155354944E-01 8016.03c 2.169850918E-01 12024.03c 1.321052728E-03 12025.03c 1.672434304E-04 12026.03c 1.841343956E-04 13027.03c 3.596464366E-01 14028.03c 1.276678476E-03 14029.03c 6.464391015E-05 14030.03c 4.291140154E-05 22046.03c 5.253186435E-06 22047.03c 4.737420130E-06 22048.03c 4.694120860E-05 22049.03c 3.444816923E-06 22050.03c 3.298356892E-06 24050.03c 6.631350700E-06 24052.03c 1.277340965E-04 24053.03c 1.448225584E-05 24054.03c 3.597701845E-06 25055.03c 8.186386983E-05 26054.03c 3.007986787E-05 26056.03c 4.717645464E-04 26057.03c 1.090072872E-05 26058.03c 1.439713227E-06 29063.03c 2.390809693E-04 29065.03c 1.065613284E-04 92234.03c 3.618501495E-05 92235.03c 3.372443143E-03 92236.03c 1.447413098E-05 92238.03c 1.953992057E-04 mt339 lwtr.60t c c Outer Fuel Element fueled region 4 c total atom density = 8.00583E-02 a/b-cm m341 $ 8.005830E-02 1001.03c 4.152398683E-01 8016.03c 2.222692575E-01 12024.03c 1.320112886E-03 12025.03c 1.671244477E-04 12026.03c 1.840033961E-04 13027.03c 3.526529823E-01 14028.03c 1.260743655E-03 14029.03c 6.383672504E-05 14030.03c 4.237561615E-05 22046.03c 5.249449139E-06 22047.03c 4.734049768E-06 22048.03c 4.690781303E-05 22049.03c 3.442366163E-06 22050.03c 3.296010329E-06 24050.03c 6.626632931E-06 24052.03c 1.276432221E-04 24053.03c 1.447195267E-05 24054.03c 3.595142318E-06 25055.03c 8.097248629E-05 26054.03c 2.957894252E-05 26056.03c 4.639093973E-04 26057.03c 1.071922520E-05 26058.03c 1.415743190E-06 29063.03c 2.361354017E-04 29065.03c 1.052485436E-04 92234.03c 5.655740529E-05 92235.03c 5.271158317E-03 92236.03c 2.262313699E-05 92238.03c 3.054099136E-04 mt341 lwtr.60t c total atom density = 8.00895E-02 a/b-cm m342 $ 8.008950E-02 1001.03c 4.150781477E-01 8016.03c 2.251593619E-01 12024.03c 1.319598751E-03 12025.03c 1.670593589E-04 12026.03c 1.839317336E-04 13027.03c 3.488285119E-01 14028.03c 1.252024347E-03 14029.03c 6.339557870E-05 14030.03c 4.208267167E-05 22046.03c 5.247404673E-06 22047.03c 4.732206031E-06 22048.03c 4.688954417E-05 22049.03c 3.441025489E-06 22050.03c 3.294726655E-06 24050.03c 6.624052103E-06 24052.03c 1.275935098E-04 24053.03c 1.446631638E-05 24054.03c 3.593742143E-06 25055.03c 8.048521035E-05 26054.03c 2.930521595E-05 26056.03c 4.596158230E-04 26057.03c 1.061999430E-05 26058.03c 1.402643348E-06 29063.03c 2.345251343E-04 29065.03c 1.045308103E-04 92234.03c 6.769514373E-05 92235.03c 6.309191841E-03 92236.03c 2.707820733E-05 92238.03c 3.655535514E-04 mt342 lwtr.60t c total atom density = 8.01228E-02 a/b-cm m343 $ 8.012280E-02 1001.03c 4.149055891E-01 8016.03c 2.282371390E-01 12024.03c 1.319050160E-03 12025.03c 1.669899081E-04 12026.03c 1.838552685E-04 13027.03c 3.447557742E-01 14028.03c 1.242747290E-03 14029.03c 6.292565444E-05 14030.03c 4.177075379E-05 22046.03c 5.245223192E-06 22047.03c 4.730238732E-06 22048.03c 4.687005099E-05 22049.03c 3.439594966E-06 22050.03c 3.293356952E-06 24050.03c 6.621298315E-06 24052.03c 1.275404659E-04 24053.03c 1.446030236E-05 24054.03c 3.592248132E-06 25055.03c 7.996612106E-05 26054.03c 2.901346218E-05 26056.03c 4.550402294E-04 26057.03c 1.051427231E-05 26058.03c 1.388680772E-06 29063.03c 2.328101191E-04 29065.03c 1.037663360E-04 92234.03c 7.955862160E-05 92235.03c 7.414867627E-03 92236.03c 3.182364833E-05 92238.03c 4.296167563E-04 mt343 lwtr.60t c total atom density = 8.01530E-02 a/b-cm m344 $ 8.015300E-02 1001.03c 4.147490712E-01 8016.03c 2.310280357E-01 12024.03c 1.318552565E-03 12025.03c 1.669269133E-04 12026.03c 1.837859114E-04 13027.03c 3.410625360E-01 14028.03c 1.234327441E-03 14029.03c 6.249931174E-05 14030.03c 4.148775754E-05 22046.03c 5.243244499E-06 22047.03c 4.728454310E-06 22048.03c 4.685236986E-05 22049.03c 3.438297423E-06 22050.03c 3.292114575E-06 24050.03c 6.618800514E-06 24052.03c 1.274923529E-04 24053.03c 1.445484740E-05 24054.03c 3.590893002E-06 25055.03c 7.949517309E-05 26054.03c 2.874900220E-05 26056.03c 4.508911802E-04 26057.03c 1.041841922E-05 26058.03c 1.376017632E-06 29063.03c 2.312538537E-04 29065.03c 1.030729430E-04 92234.03c 9.031796872E-05 92235.03c 8.417646762E-03 92236.03c 3.612751187E-05 92238.03c 4.877169812E-04 mt344 lwtr.60t c total atom density = 8.01437E-02 a/b-cm m345 $ 8.014370E-02 1001.03c 4.147973069E-01 8016.03c 2.301727393E-01 12024.03c 1.318705914E-03 12025.03c 1.669463270E-04 12026.03c 1.838072859E-04 13027.03c 3.421939905E-01 14028.03c 1.236910361E-03 14029.03c 6.263010854E-05 14030.03c 4.157456033E-05 22046.03c 5.243854293E-06 22047.03c 4.729004233E-06 22048.03c 4.685781883E-05 22049.03c 3.438697300E-06 22050.03c 3.292497451E-06 24050.03c 6.619570287E-06 24052.03c 1.275071804E-04 24053.03c 1.445652851E-05 24054.03c 3.591310626E-06 25055.03c 7.963955068E-05 26054.03c 2.883008108E-05 26056.03c 4.521626791E-04 26057.03c 1.044780527E-05 26058.03c 1.379895984E-06 29063.03c 2.317299417E-04 29065.03c 1.032853205E-04 92234.03c 8.702166354E-05 92235.03c 8.110429423E-03 92236.03c 3.480896488E-05 92238.03c 4.699170330E-04 mt345 lwtr.60t c total atom density = 8.00985E-02 a/b-cm m346 $ 8.009850E-02 1001.03c 4.150316390E-01 8016.03c 2.259880820E-01 12024.03c 1.319450892E-03 12025.03c 1.670406402E-04 12026.03c 1.839111244E-04 13027.03c 3.477319779E-01 14028.03c 1.249524465E-03 14029.03c 6.326887256E-05 14030.03c 4.199867897E-05 22046.03c 5.246816711E-06 22047.03c 4.731675796E-06 22048.03c 4.688429029E-05 22049.03c 3.440639928E-06 22050.03c 3.294357487E-06 24050.03c 6.623309891E-06 24052.03c 1.275792132E-04 24053.03c 1.446469546E-05 24054.03c 3.593339471E-06 25055.03c 8.034547803E-05 26054.03c 2.922665002E-05 26056.03c 4.583832776E-04 26057.03c 1.059152543E-05 26058.03c 1.398878126E-06 29063.03c 2.340631425E-04 29065.03c 1.043252115E-04 92234.03c 7.088911783E-05 92235.03c 6.606867629E-03 92236.03c 2.835584689E-05 92238.03c 3.828013112E-04 mt346 lwtr.60t c total atom density = 8.00555E-02 a/b-cm m347 $ 8.005550E-02 1001.03c 4.152545507E-01 8016.03c 2.220098021E-01 12024.03c 1.320159564E-03 12025.03c 1.671303571E-04 12026.03c 1.840099023E-04 13027.03c 3.529964722E-01 14028.03c 1.261537714E-03 14029.03c 6.387695590E-05 14030.03c 4.240222209E-05 22046.03c 5.249634754E-06 22047.03c 4.734217159E-06 22048.03c 4.690947164E-05 22049.03c 3.442487881E-06 22050.03c 3.296126872E-06 24050.03c 6.626867242E-06 24052.03c 1.276477354E-04 24053.03c 1.447246438E-05 24054.03c 3.595269438E-06 25055.03c 8.101644589E-05 26054.03c 2.960359702E-05 26056.03c 4.642967934E-04 26057.03c 1.072816079E-05 26058.03c 1.416929960E-06 29063.03c 2.362799068E-04 29065.03c 1.053132228E-04 92234.03c 5.555422712E-05 92235.03c 5.177659664E-03 92236.03c 2.222184074E-05 92238.03c 2.999932262E-04 mt347 lwtr.60t c total atom density = 8.00271E-02 a/b-cm m348 $ 8.002710E-02 1001.03c 4.154017194E-01 8016.03c 2.193781522E-01 12024.03c 1.320627436E-03 12025.03c 1.671895891E-04 12026.03c 1.840751165E-04 13027.03c 3.564791884E-01 14028.03c 1.269457278E-03 14029.03c 6.427834092E-05 14030.03c 4.266866449E-05 22046.03c 5.251495256E-06 22047.03c 4.735894994E-06 22048.03c 4.692609664E-05 22049.03c 3.443707919E-06 22050.03c 3.297295039E-06 24050.03c 6.629215843E-06 24052.03c 1.276929746E-04 24053.03c 1.447759351E-05 24054.03c 3.596543623E-06 25055.03c 8.146026792E-05 26054.03c 2.985300775E-05 26056.03c 4.682075734E-04 26057.03c 1.081853357E-05 26058.03c 1.428865754E-06 29063.03c 2.377469270E-04 29065.03c 1.059668376E-04 92234.03c 4.541111007E-05 92235.03c 4.232315658E-03 92236.03c 1.816459398E-05 92238.03c 2.452193946E-04 mt348 lwtr.60t c total atom density = 8.00013E-02 a/b-cm m349 $ 8.000130E-02 1001.03c 4.155354944E-01 8016.03c 2.169850918E-01 12024.03c 1.321052728E-03 12025.03c 1.672434304E-04 12026.03c 1.841343956E-04 13027.03c 3.596464366E-01 14028.03c 1.276678476E-03 14029.03c 6.464391015E-05 14030.03c 4.291140154E-05 22046.03c 5.253186435E-06 22047.03c 4.737420130E-06 22048.03c 4.694120860E-05 22049.03c 3.444816923E-06 22050.03c 3.298356892E-06 24050.03c 6.631350700E-06 24052.03c 1.277340965E-04 24053.03c 1.448225584E-05 24054.03c 3.597701845E-06 25055.03c 8.186386983E-05 26054.03c 3.007986787E-05 26056.03c 4.717645464E-04 26057.03c 1.090072872E-05 26058.03c 1.439713227E-06 29063.03c 2.390809693E-04 29065.03c 1.065613284E-04 92234.03c 3.618501495E-05 92235.03c 3.372443143E-03 92236.03c 1.447413098E-05 92238.03c 1.953992057E-04 mt349 lwtr.60t c c Outer Fuel Element fueled region c total atom density = 8.00583E-02 a/b-cm m351 $ 8.005830E-02 1001.03c 4.152398683E-01 8016.03c 2.222692575E-01 12024.03c 1.320112886E-03 12025.03c 1.671244477E-04 12026.03c 1.840033961E-04 13027.03c 3.526529823E-01 14028.03c 1.260743655E-03 14029.03c 6.383672504E-05 14030.03c 4.237561615E-05 22046.03c 5.249449139E-06 22047.03c 4.734049768E-06 22048.03c 4.690781303E-05 22049.03c 3.442366163E-06 22050.03c 3.296010329E-06 24050.03c 6.626632931E-06 24052.03c 1.276432221E-04 24053.03c 1.447195267E-05 24054.03c 3.595142318E-06 25055.03c 8.097248629E-05 26054.03c 2.957894252E-05 26056.03c 4.639093973E-04 26057.03c 1.071922520E-05 26058.03c 1.415743190E-06 29063.03c 2.361354017E-04 29065.03c 1.052485436E-04 92234.03c 5.655740529E-05 92235.03c 5.271158317E-03 92236.03c 2.262313699E-05 92238.03c 3.054099136E-04 mt351 lwtr.60t c total atom density = 8.00895E-02 a/b-cm m352 $ 8.008950E-02 1001.03c 4.150781477E-01 8016.03c 2.251593619E-01 12024.03c 1.319598751E-03 12025.03c 1.670593589E-04 12026.03c 1.839317336E-04 13027.03c 3.488285119E-01 14028.03c 1.252024347E-03 14029.03c 6.339557870E-05 14030.03c 4.208267167E-05 22046.03c 5.247404673E-06 22047.03c 4.732206031E-06 22048.03c 4.688954417E-05 22049.03c 3.441025489E-06 22050.03c 3.294726655E-06 24050.03c 6.624052103E-06 24052.03c 1.275935098E-04 24053.03c 1.446631638E-05 24054.03c 3.593742143E-06 25055.03c 8.048521035E-05 26054.03c 2.930521595E-05 26056.03c 4.596158230E-04 26057.03c 1.061999430E-05 26058.03c 1.402643348E-06 29063.03c 2.345251343E-04 29065.03c 1.045308103E-04 92234.03c 6.769514373E-05 92235.03c 6.309191841E-03 92236.03c 2.707820733E-05 92238.03c 3.655535514E-04 mt352 lwtr.60t c total atom density = 8.01228E-02 a/b-cm m353 $ 8.012280E-02 1001.03c 4.149055891E-01 8016.03c 2.282371390E-01 12024.03c 1.319050160E-03 12025.03c 1.669899081E-04 12026.03c 1.838552685E-04 13027.03c 3.447557742E-01 14028.03c 1.242747290E-03 14029.03c 6.292565444E-05 14030.03c 4.177075379E-05 22046.03c 5.245223192E-06 22047.03c 4.730238732E-06 22048.03c 4.687005099E-05 22049.03c 3.439594966E-06 22050.03c 3.293356952E-06 24050.03c 6.621298315E-06 24052.03c 1.275404659E-04 24053.03c 1.446030236E-05 24054.03c 3.592248132E-06 25055.03c 7.996612106E-05 26054.03c 2.901346218E-05 26056.03c 4.550402294E-04 26057.03c 1.051427231E-05 26058.03c 1.388680772E-06 29063.03c 2.328101191E-04 29065.03c 1.037663360E-04 92234.03c 7.955862160E-05 92235.03c 7.414867627E-03 92236.03c 3.182364833E-05 92238.03c 4.296167563E-04 mt353 lwtr.60t c total atom density = 8.01530E-02 a/b-cm m354 $ 8.015300E-02 1001.03c 4.147490712E-01 8016.03c 2.310280357E-01 12024.03c 1.318552565E-03 12025.03c 1.669269133E-04 12026.03c 1.837859114E-04 13027.03c 3.410625360E-01 14028.03c 1.234327441E-03 14029.03c 6.249931174E-05 14030.03c 4.148775754E-05 22046.03c 5.243244499E-06 22047.03c 4.728454310E-06 22048.03c 4.685236986E-05 22049.03c 3.438297423E-06 22050.03c 3.292114575E-06 24050.03c 6.618800514E-06 24052.03c 1.274923529E-04 24053.03c 1.445484740E-05 24054.03c 3.590893002E-06 25055.03c 7.949517309E-05 26054.03c 2.874900220E-05 26056.03c 4.508911802E-04 26057.03c 1.041841922E-05 26058.03c 1.376017632E-06 29063.03c 2.312538537E-04 29065.03c 1.030729430E-04 92234.03c 9.031796872E-05 92235.03c 8.417646762E-03 92236.03c 3.612751187E-05 92238.03c 4.877169812E-04 mt354 lwtr.60t c total atom density = 8.01437E-02 a/b-cm m355 $ 8.014370E-02 1001.03c 4.147973069E-01 8016.03c 2.301727393E-01 12024.03c 1.318705914E-03 12025.03c 1.669463270E-04 12026.03c 1.838072859E-04 13027.03c 3.421939905E-01 14028.03c 1.236910361E-03 14029.03c 6.263010854E-05 14030.03c 4.157456033E-05 22046.03c 5.243854293E-06 22047.03c 4.729004233E-06 22048.03c 4.685781883E-05 22049.03c 3.438697300E-06 22050.03c 3.292497451E-06 24050.03c 6.619570287E-06 24052.03c 1.275071804E-04 24053.03c 1.445652851E-05 24054.03c 3.591310626E-06 25055.03c 7.963955068E-05 26054.03c 2.883008108E-05 26056.03c 4.521626791E-04 26057.03c 1.044780527E-05 26058.03c 1.379895984E-06 29063.03c 2.317299417E-04 29065.03c 1.032853205E-04 92234.03c 8.702166354E-05 92235.03c 8.110429423E-03 92236.03c 3.480896488E-05 92238.03c 4.699170330E-04 mt355 lwtr.60t c total atom density = 8.00985E-02 a/b-cm m356 $ 8.009850E-02 1001.03c 4.150316390E-01 8016.03c 2.259880820E-01 12024.03c 1.319450892E-03 12025.03c 1.670406402E-04 12026.03c 1.839111244E-04 13027.03c 3.477319779E-01 14028.03c 1.249524465E-03 14029.03c 6.326887256E-05 14030.03c 4.199867897E-05 22046.03c 5.246816711E-06 22047.03c 4.731675796E-06 22048.03c 4.688429029E-05 22049.03c 3.440639928E-06 22050.03c 3.294357487E-06 24050.03c 6.623309891E-06 24052.03c 1.275792132E-04 24053.03c 1.446469546E-05 24054.03c 3.593339471E-06 25055.03c 8.034547803E-05 26054.03c 2.922665002E-05 26056.03c 4.583832776E-04 26057.03c 1.059152543E-05 26058.03c 1.398878126E-06 29063.03c 2.340631425E-04 29065.03c 1.043252115E-04 92234.03c 7.088911783E-05 92235.03c 6.606867629E-03 92236.03c 2.835584689E-05 92238.03c 3.828013112E-04 mt356 lwtr.60t c total atom density = 8.00555E-02 a/b-cm m357 $ 8.005550E-02 1001.03c 4.152545507E-01 8016.03c 2.220098021E-01 12024.03c 1.320159564E-03 12025.03c 1.671303571E-04 12026.03c 1.840099023E-04 13027.03c 3.529964722E-01 14028.03c 1.261537714E-03 14029.03c 6.387695590E-05 14030.03c 4.240222209E-05 22046.03c 5.249634754E-06 22047.03c 4.734217159E-06 22048.03c 4.690947164E-05 22049.03c 3.442487881E-06 22050.03c 3.296126872E-06 24050.03c 6.626867242E-06 24052.03c 1.276477354E-04 24053.03c 1.447246438E-05 24054.03c 3.595269438E-06 25055.03c 8.101644589E-05 26054.03c 2.960359702E-05 26056.03c 4.642967934E-04 26057.03c 1.072816079E-05 26058.03c 1.416929960E-06 29063.03c 2.362799068E-04 29065.03c 1.053132228E-04 92234.03c 5.555422712E-05 92235.03c 5.177659664E-03 92236.03c 2.222184074E-05 92238.03c 2.999932262E-04 mt357 lwtr.60t c total atom density = 8.00271E-02 a/b-cm m358 $ 8.002710E-02 1001.03c 4.154017194E-01 8016.03c 2.193781522E-01 12024.03c 1.320627436E-03 12025.03c 1.671895891E-04 12026.03c 1.840751165E-04 13027.03c 3.564791884E-01 14028.03c 1.269457278E-03 14029.03c 6.427834092E-05 14030.03c 4.266866449E-05 22046.03c 5.251495256E-06 22047.03c 4.735894994E-06 22048.03c 4.692609664E-05 22049.03c 3.443707919E-06 22050.03c 3.297295039E-06 24050.03c 6.629215843E-06 24052.03c 1.276929746E-04 24053.03c 1.447759351E-05 24054.03c 3.596543623E-06 25055.03c 8.146026792E-05 26054.03c 2.985300775E-05 26056.03c 4.682075734E-04 26057.03c 1.081853357E-05 26058.03c 1.428865754E-06 29063.03c 2.377469270E-04 29065.03c 1.059668376E-04 92234.03c 4.541111007E-05 92235.03c 4.232315658E-03 92236.03c 1.816459398E-05 92238.03c 2.452193946E-04 mt358 lwtr.60t c total atom density = 8.00013E-02 a/b-cm m359 $ 8.000130E-02 1001.03c 4.155354944E-01 8016.03c 2.169850918E-01 12024.03c 1.321052728E-03 12025.03c 1.672434304E-04 12026.03c 1.841343956E-04 13027.03c 3.596464366E-01 14028.03c 1.276678476E-03 14029.03c 6.464391015E-05 14030.03c 4.291140154E-05 22046.03c 5.253186435E-06 22047.03c 4.737420130E-06 22048.03c 4.694120860E-05 22049.03c 3.444816923E-06 22050.03c 3.298356892E-06 24050.03c 6.631350700E-06 24052.03c 1.277340965E-04 24053.03c 1.448225584E-05 24054.03c 3.597701845E-06 25055.03c 8.186386983E-05 26054.03c 3.007986787E-05 26056.03c 4.717645464E-04 26057.03c 1.090072872E-05 26058.03c 1.439713227E-06 29063.03c 2.390809693E-04 29065.03c 1.065613284E-04 92234.03c 3.618501495E-05 92235.03c 3.372443143E-03 92236.03c 1.447413098E-05 92238.03c 1.953992057E-04 mt359 lwtr.60t c c Outer Fuel Element fueled region 6 c total atom density = 8.00583E-02 a/b-cm m361 $ 8.005830E-02 1001.03c 4.152398683E-01 8016.03c 2.222692575E-01 12024.03c 1.320112886E-03 12025.03c 1.671244477E-04 12026.03c 1.840033961E-04 13027.03c 3.526529823E-01 14028.03c 1.260743655E-03 14029.03c 6.383672504E-05 14030.03c 4.237561615E-05 22046.03c 5.249449139E-06 22047.03c 4.734049768E-06 22048.03c 4.690781303E-05 22049.03c 3.442366163E-06 22050.03c 3.296010329E-06 24050.03c 6.626632931E-06 24052.03c 1.276432221E-04 24053.03c 1.447195267E-05 24054.03c 3.595142318E-06 25055.03c 8.097248629E-05 26054.03c 2.957894252E-05 26056.03c 4.639093973E-04 26057.03c 1.071922520E-05 26058.03c 1.415743190E-06 29063.03c 2.361354017E-04 29065.03c 1.052485436E-04 92234.03c 5.655740529E-05 92235.03c 5.271158317E-03 92236.03c 2.262313699E-05 92238.03c 3.054099136E-04 mt361 lwtr.60t c total atom density = 8.00895E-02 a/b-cm m362 $ 8.008950E-02 1001.03c 4.150781477E-01 8016.03c 2.251593619E-01 12024.03c 1.319598751E-03 12025.03c 1.670593589E-04 12026.03c 1.839317336E-04 13027.03c 3.488285119E-01 14028.03c 1.252024347E-03 14029.03c 6.339557870E-05 14030.03c 4.208267167E-05 22046.03c 5.247404673E-06 22047.03c 4.732206031E-06 22048.03c 4.688954417E-05 22049.03c 3.441025489E-06 22050.03c 3.294726655E-06 24050.03c 6.624052103E-06 24052.03c 1.275935098E-04 24053.03c 1.446631638E-05 24054.03c 3.593742143E-06 25055.03c 8.048521035E-05 26054.03c 2.930521595E-05 26056.03c 4.596158230E-04 26057.03c 1.061999430E-05 26058.03c 1.402643348E-06 29063.03c 2.345251343E-04 29065.03c 1.045308103E-04 92234.03c 6.769514373E-05 92235.03c 6.309191841E-03 92236.03c 2.707820733E-05 92238.03c 3.655535514E-04 mt362 lwtr.60t c total atom density = 8.01228E-02 a/b-cm m363 $ 8.012280E-02 1001.03c 4.149055891E-01 8016.03c 2.282371390E-01 12024.03c 1.319050160E-03 12025.03c 1.669899081E-04 12026.03c 1.838552685E-04 13027.03c 3.447557742E-01 14028.03c 1.242747290E-03 14029.03c 6.292565444E-05 14030.03c 4.177075379E-05 22046.03c 5.245223192E-06 22047.03c 4.730238732E-06 22048.03c 4.687005099E-05 22049.03c 3.439594966E-06 22050.03c 3.293356952E-06 24050.03c 6.621298315E-06 24052.03c 1.275404659E-04 24053.03c 1.446030236E-05 24054.03c 3.592248132E-06 25055.03c 7.996612106E-05 26054.03c 2.901346218E-05 26056.03c 4.550402294E-04 26057.03c 1.051427231E-05 26058.03c 1.388680772E-06 29063.03c 2.328101191E-04 29065.03c 1.037663360E-04 92234.03c 7.955862160E-05 92235.03c 7.414867627E-03 92236.03c 3.182364833E-05 92238.03c 4.296167563E-04 mt363 lwtr.60t c total atom density = 8.01530E-02 a/b-cm m364 $ 8.015300E-02 1001.03c 4.147490712E-01 8016.03c 2.310280357E-01 12024.03c 1.318552565E-03 12025.03c 1.669269133E-04 12026.03c 1.837859114E-04 13027.03c 3.410625360E-01 14028.03c 1.234327441E-03 14029.03c 6.249931174E-05 14030.03c 4.148775754E-05 22046.03c 5.243244499E-06 22047.03c 4.728454310E-06 22048.03c 4.685236986E-05 22049.03c 3.438297423E-06 22050.03c 3.292114575E-06 24050.03c 6.618800514E-06 24052.03c 1.274923529E-04 24053.03c 1.445484740E-05 24054.03c 3.590893002E-06 25055.03c 7.949517309E-05 26054.03c 2.874900220E-05 26056.03c 4.508911802E-04 26057.03c 1.041841922E-05 26058.03c 1.376017632E-06 29063.03c 2.312538537E-04 29065.03c 1.030729430E-04 92234.03c 9.031796872E-05 92235.03c 8.417646762E-03 92236.03c 3.612751187E-05 92238.03c 4.877169812E-04 mt364 lwtr.60t c total atom density = 8.01437E-02 a/b-cm m365 $ 8.014370E-02 1001.03c 4.147973069E-01 8016.03c 2.301727393E-01 12024.03c 1.318705914E-03 12025.03c 1.669463270E-04 12026.03c 1.838072859E-04 13027.03c 3.421939905E-01 14028.03c 1.236910361E-03 14029.03c 6.263010854E-05 14030.03c 4.157456033E-05 22046.03c 5.243854293E-06 22047.03c 4.729004233E-06 22048.03c 4.685781883E-05 22049.03c 3.438697300E-06 22050.03c 3.292497451E-06 24050.03c 6.619570287E-06 24052.03c 1.275071804E-04 24053.03c 1.445652851E-05 24054.03c 3.591310626E-06 25055.03c 7.963955068E-05 26054.03c 2.883008108E-05 26056.03c 4.521626791E-04 26057.03c 1.044780527E-05 26058.03c 1.379895984E-06 29063.03c 2.317299417E-04 29065.03c 1.032853205E-04 92234.03c 8.702166354E-05 92235.03c 8.110429423E-03 92236.03c 3.480896488E-05 92238.03c 4.699170330E-04 mt365 lwtr.60t c total atom density = 8.00985E-02 a/b-cm m366 $ 8.009850E-02 1001.03c 4.150316390E-01 8016.03c 2.259880820E-01 12024.03c 1.319450892E-03 12025.03c 1.670406402E-04 12026.03c 1.839111244E-04 13027.03c 3.477319779E-01 14028.03c 1.249524465E-03 14029.03c 6.326887256E-05 14030.03c 4.199867897E-05 22046.03c 5.246816711E-06 22047.03c 4.731675796E-06 22048.03c 4.688429029E-05 22049.03c 3.440639928E-06 22050.03c 3.294357487E-06 24050.03c 6.623309891E-06 24052.03c 1.275792132E-04 24053.03c 1.446469546E-05 24054.03c 3.593339471E-06 25055.03c 8.034547803E-05 26054.03c 2.922665002E-05 26056.03c 4.583832776E-04 26057.03c 1.059152543E-05 26058.03c 1.398878126E-06 29063.03c 2.340631425E-04 29065.03c 1.043252115E-04 92234.03c 7.088911783E-05 92235.03c 6.606867629E-03 92236.03c 2.835584689E-05 92238.03c 3.828013112E-04 mt366 lwtr.60t c total atom density = 8.00555E-02 a/b-cm m367 $ 8.005550E-02 1001.03c 4.152545507E-01 8016.03c 2.220098021E-01 12024.03c 1.320159564E-03 12025.03c 1.671303571E-04 12026.03c 1.840099023E-04 13027.03c 3.529964722E-01 14028.03c 1.261537714E-03 14029.03c 6.387695590E-05 14030.03c 4.240222209E-05 22046.03c 5.249634754E-06 22047.03c 4.734217159E-06 22048.03c 4.690947164E-05 22049.03c 3.442487881E-06 22050.03c 3.296126872E-06 24050.03c 6.626867242E-06 24052.03c 1.276477354E-04 24053.03c 1.447246438E-05 24054.03c 3.595269438E-06 25055.03c 8.101644589E-05 26054.03c 2.960359702E-05 26056.03c 4.642967934E-04 26057.03c 1.072816079E-05 26058.03c 1.416929960E-06 29063.03c 2.362799068E-04 29065.03c 1.053132228E-04 92234.03c 5.555422712E-05 92235.03c 5.177659664E-03 92236.03c 2.222184074E-05 92238.03c 2.999932262E-04 mt367 lwtr.60t c total atom density = 8.00271E-02 a/b-cm m368 $ 8.002710E-02 1001.03c 4.154017194E-01 8016.03c 2.193781522E-01 12024.03c 1.320627436E-03 12025.03c 1.671895891E-04 12026.03c 1.840751165E-04 13027.03c 3.564791884E-01 14028.03c 1.269457278E-03 14029.03c 6.427834092E-05 14030.03c 4.266866449E-05 22046.03c 5.251495256E-06 22047.03c 4.735894994E-06 22048.03c 4.692609664E-05 22049.03c 3.443707919E-06 22050.03c 3.297295039E-06 24050.03c 6.629215843E-06 24052.03c 1.276929746E-04 24053.03c 1.447759351E-05 24054.03c 3.596543623E-06 25055.03c 8.146026792E-05 26054.03c 2.985300775E-05 26056.03c 4.682075734E-04 26057.03c 1.081853357E-05 26058.03c 1.428865754E-06 29063.03c 2.377469270E-04 29065.03c 1.059668376E-04 92234.03c 4.541111007E-05 92235.03c 4.232315658E-03 92236.03c 1.816459398E-05 92238.03c 2.452193946E-04 mt368 lwtr.60t c total atom density = 8.00013E-02 a/b-cm m369 $ 8.000130E-02 1001.03c 4.155354944E-01 8016.03c 2.169850918E-01 12024.03c 1.321052728E-03 12025.03c 1.672434304E-04 12026.03c 1.841343956E-04 13027.03c 3.596464366E-01 14028.03c 1.276678476E-03 14029.03c 6.464391015E-05 14030.03c 4.291140154E-05 22046.03c 5.253186435E-06 22047.03c 4.737420130E-06 22048.03c 4.694120860E-05 22049.03c 3.444816923E-06 22050.03c 3.298356892E-06 24050.03c 6.631350700E-06 24052.03c 1.277340965E-04 24053.03c 1.448225584E-05 24054.03c 3.597701845E-06 25055.03c 8.186386983E-05 26054.03c 3.007986787E-05 26056.03c 4.717645464E-04 26057.03c 1.090072872E-05 26058.03c 1.439713227E-06 29063.03c 2.390809693E-04 29065.03c 1.065613284E-04 92234.03c 3.618501495E-05 92235.03c 3.372443143E-03 92236.03c 1.447413098E-05 92238.03c 1.953992057E-04 mt369 lwtr.60t c c Outer Fuel Element fueled region 7 c total atom density = 8.00583E-02 a/b-cm m371 $ 8.005830E-02 1001.03c 4.152398683E-01 8016.03c 2.222692575E-01 12024.03c 1.320112886E-03 12025.03c 1.671244477E-04 12026.03c 1.840033961E-04 13027.03c 3.526529823E-01 14028.03c 1.260743655E-03 14029.03c 6.383672504E-05 14030.03c 4.237561615E-05 22046.03c 5.249449139E-06 22047.03c 4.734049768E-06 22048.03c 4.690781303E-05 22049.03c 3.442366163E-06 22050.03c 3.296010329E-06 24050.03c 6.626632931E-06 24052.03c 1.276432221E-04 24053.03c 1.447195267E-05 24054.03c 3.595142318E-06 25055.03c 8.097248629E-05 26054.03c 2.957894252E-05 26056.03c 4.639093973E-04 26057.03c 1.071922520E-05 26058.03c 1.415743190E-06 29063.03c 2.361354017E-04 29065.03c 1.052485436E-04 92234.03c 5.655740529E-05 92235.03c 5.271158317E-03 92236.03c 2.262313699E-05 92238.03c 3.054099136E-04 mt371 lwtr.60t c total atom density = 8.00895E-02 a/b-cm m372 $ 8.008950E-02 1001.03c 4.150781477E-01 8016.03c 2.251593619E-01 12024.03c 1.319598751E-03 12025.03c 1.670593589E-04 12026.03c 1.839317336E-04 13027.03c 3.488285119E-01 14028.03c 1.252024347E-03 14029.03c 6.339557870E-05 14030.03c 4.208267167E-05 22046.03c 5.247404673E-06 22047.03c 4.732206031E-06 22048.03c 4.688954417E-05 22049.03c 3.441025489E-06 22050.03c 3.294726655E-06 24050.03c 6.624052103E-06 24052.03c 1.275935098E-04 24053.03c 1.446631638E-05 24054.03c 3.593742143E-06 25055.03c 8.048521035E-05 26054.03c 2.930521595E-05 26056.03c 4.596158230E-04 26057.03c 1.061999430E-05 26058.03c 1.402643348E-06 29063.03c 2.345251343E-04 29065.03c 1.045308103E-04 92234.03c 6.769514373E-05 92235.03c 6.309191841E-03 92236.03c 2.707820733E-05 92238.03c 3.655535514E-04 mt372 lwtr.60t c total atom density = 8.01228E-02 a/b-cm m373 $ 8.012280E-02 1001.03c 4.149055891E-01 8016.03c 2.282371390E-01 12024.03c 1.319050160E-03 12025.03c 1.669899081E-04 12026.03c 1.838552685E-04 13027.03c 3.447557742E-01 14028.03c 1.242747290E-03 14029.03c 6.292565444E-05 14030.03c 4.177075379E-05 22046.03c 5.245223192E-06 22047.03c 4.730238732E-06 22048.03c 4.687005099E-05 22049.03c 3.439594966E-06 22050.03c 3.293356952E-06 24050.03c 6.621298315E-06 24052.03c 1.275404659E-04 24053.03c 1.446030236E-05 24054.03c 3.592248132E-06 25055.03c 7.996612106E-05 26054.03c 2.901346218E-05 26056.03c 4.550402294E-04 26057.03c 1.051427231E-05 26058.03c 1.388680772E-06 29063.03c 2.328101191E-04 29065.03c 1.037663360E-04 92234.03c 7.955862160E-05 92235.03c 7.414867627E-03 92236.03c 3.182364833E-05 92238.03c 4.296167563E-04 mt373 lwtr.60t c total atom density = 8.01530E-02 a/b-cm m374 $ 8.015300E-02 1001.03c 4.147490712E-01 8016.03c 2.310280357E-01 12024.03c 1.318552565E-03 12025.03c 1.669269133E-04 12026.03c 1.837859114E-04 13027.03c 3.410625360E-01 14028.03c 1.234327441E-03 14029.03c 6.249931174E-05 14030.03c 4.148775754E-05 22046.03c 5.243244499E-06 22047.03c 4.728454310E-06 22048.03c 4.685236986E-05 22049.03c 3.438297423E-06 22050.03c 3.292114575E-06 24050.03c 6.618800514E-06 24052.03c 1.274923529E-04 24053.03c 1.445484740E-05 24054.03c 3.590893002E-06 25055.03c 7.949517309E-05 26054.03c 2.874900220E-05 26056.03c 4.508911802E-04 26057.03c 1.041841922E-05 26058.03c 1.376017632E-06 29063.03c 2.312538537E-04 29065.03c 1.030729430E-04 92234.03c 9.031796872E-05 92235.03c 8.417646762E-03 92236.03c 3.612751187E-05 92238.03c 4.877169812E-04 mt374 lwtr.60t c total atom density = 8.01437E-02 a/b-cm m375 $ 8.014370E-02 1001.03c 4.147973069E-01 8016.03c 2.301727393E-01 12024.03c 1.318705914E-03 12025.03c 1.669463270E-04 12026.03c 1.838072859E-04 13027.03c 3.421939905E-01 14028.03c 1.236910361E-03 14029.03c 6.263010854E-05 14030.03c 4.157456033E-05 22046.03c 5.243854293E-06 22047.03c 4.729004233E-06 22048.03c 4.685781883E-05 22049.03c 3.438697300E-06 22050.03c 3.292497451E-06 24050.03c 6.619570287E-06 24052.03c 1.275071804E-04 24053.03c 1.445652851E-05 24054.03c 3.591310626E-06 25055.03c 7.963955068E-05 26054.03c 2.883008108E-05 26056.03c 4.521626791E-04 26057.03c 1.044780527E-05 26058.03c 1.379895984E-06 29063.03c 2.317299417E-04 29065.03c 1.032853205E-04 92234.03c 8.702166354E-05 92235.03c 8.110429423E-03 92236.03c 3.480896488E-05 92238.03c 4.699170330E-04 mt375 lwtr.60t c total atom density = 8.00985E-02 a/b-cm m376 $ 8.009850E-02 1001.03c 4.150316390E-01 8016.03c 2.259880820E-01 12024.03c 1.319450892E-03 12025.03c 1.670406402E-04 12026.03c 1.839111244E-04 13027.03c 3.477319779E-01 14028.03c 1.249524465E-03 14029.03c 6.326887256E-05 14030.03c 4.199867897E-05 22046.03c 5.246816711E-06 22047.03c 4.731675796E-06 22048.03c 4.688429029E-05 22049.03c 3.440639928E-06 22050.03c 3.294357487E-06 24050.03c 6.623309891E-06 24052.03c 1.275792132E-04 24053.03c 1.446469546E-05 24054.03c 3.593339471E-06 25055.03c 8.034547803E-05 26054.03c 2.922665002E-05 26056.03c 4.583832776E-04 26057.03c 1.059152543E-05 26058.03c 1.398878126E-06 29063.03c 2.340631425E-04 29065.03c 1.043252115E-04 92234.03c 7.088911783E-05 92235.03c 6.606867629E-03 92236.03c 2.835584689E-05 92238.03c 3.828013112E-04 mt376 lwtr.60t c total atom density = 8.00555E-02 a/b-cm m377 $ 8.005550E-02 1001.03c 4.152545507E-01 8016.03c 2.220098021E-01 12024.03c 1.320159564E-03 12025.03c 1.671303571E-04 12026.03c 1.840099023E-04 13027.03c 3.529964722E-01 14028.03c 1.261537714E-03 14029.03c 6.387695590E-05 14030.03c 4.240222209E-05 22046.03c 5.249634754E-06 22047.03c 4.734217159E-06 22048.03c 4.690947164E-05 22049.03c 3.442487881E-06 22050.03c 3.296126872E-06 24050.03c 6.626867242E-06 24052.03c 1.276477354E-04 24053.03c 1.447246438E-05 24054.03c 3.595269438E-06 25055.03c 8.101644589E-05 26054.03c 2.960359702E-05 26056.03c 4.642967934E-04 26057.03c 1.072816079E-05 26058.03c 1.416929960E-06 29063.03c 2.362799068E-04 29065.03c 1.053132228E-04 92234.03c 5.555422712E-05 92235.03c 5.177659664E-03 92236.03c 2.222184074E-05 92238.03c 2.999932262E-04 mt377 lwtr.60t c total atom density = 8.00271E-02 a/b-cm m378 $ 8.002710E-02 1001.03c 4.154017194E-01 8016.03c 2.193781522E-01 12024.03c 1.320627436E-03 12025.03c 1.671895891E-04 12026.03c 1.840751165E-04 13027.03c 3.564791884E-01 14028.03c 1.269457278E-03 14029.03c 6.427834092E-05 14030.03c 4.266866449E-05 22046.03c 5.251495256E-06 22047.03c 4.735894994E-06 22048.03c 4.692609664E-05 22049.03c 3.443707919E-06 22050.03c 3.297295039E-06 24050.03c 6.629215843E-06 24052.03c 1.276929746E-04 24053.03c 1.447759351E-05 24054.03c 3.596543623E-06 25055.03c 8.146026792E-05 26054.03c 2.985300775E-05 26056.03c 4.682075734E-04 26057.03c 1.081853357E-05 26058.03c 1.428865754E-06 29063.03c 2.377469270E-04 29065.03c 1.059668376E-04 92234.03c 4.541111007E-05 92235.03c 4.232315658E-03 92236.03c 1.816459398E-05 92238.03c 2.452193946E-04 mt378 lwtr.60t c total atom density = 8.00013E-02 a/b-cm m379 $ 8.000130E-02 1001.03c 4.155354944E-01 8016.03c 2.169850918E-01 12024.03c 1.321052728E-03 12025.03c 1.672434304E-04 12026.03c 1.841343956E-04 13027.03c 3.596464366E-01 14028.03c 1.276678476E-03 14029.03c 6.464391015E-05 14030.03c 4.291140154E-05 22046.03c 5.253186435E-06 22047.03c 4.737420130E-06 22048.03c 4.694120860E-05 22049.03c 3.444816923E-06 22050.03c 3.298356892E-06 24050.03c 6.631350700E-06 24052.03c 1.277340965E-04 24053.03c 1.448225584E-05 24054.03c 3.597701845E-06 25055.03c 8.186386983E-05 26054.03c 3.007986787E-05 26056.03c 4.717645464E-04 26057.03c 1.090072872E-05 26058.03c 1.439713227E-06 29063.03c 2.390809693E-04 29065.03c 1.065613284E-04 92234.03c 3.618501495E-05 92235.03c 3.372443143E-03 92236.03c 1.447413098E-05 92238.03c 1.953992057E-04 mt379 lwtr.60t c c Outer Fuel Element fueled region 8 c total atom density = 8.00583E-02 a/b-cm m381 $ 8.005830E-02 1001.03c 4.152398683E-01 8016.03c 2.222692575E-01 12024.03c 1.320112886E-03 12025.03c 1.671244477E-04 12026.03c 1.840033961E-04 13027.03c 3.526529823E-01 14028.03c 1.260743655E-03 14029.03c 6.383672504E-05 14030.03c 4.237561615E-05 22046.03c 5.249449139E-06 22047.03c 4.734049768E-06 22048.03c 4.690781303E-05 22049.03c 3.442366163E-06 22050.03c 3.296010329E-06 24050.03c 6.626632931E-06 24052.03c 1.276432221E-04 24053.03c 1.447195267E-05 24054.03c 3.595142318E-06 25055.03c 8.097248629E-05 26054.03c 2.957894252E-05 26056.03c 4.639093973E-04 26057.03c 1.071922520E-05 26058.03c 1.415743190E-06 29063.03c 2.361354017E-04 29065.03c 1.052485436E-04 92234.03c 5.655740529E-05 92235.03c 5.271158317E-03 92236.03c 2.262313699E-05 92238.03c 3.054099136E-04 mt381 lwtr.60t c total atom density = 8.00895E-02 a/b-cm m382 $ 8.008950E-02 1001.03c 4.150781477E-01 8016.03c 2.251593619E-01 12024.03c 1.319598751E-03 12025.03c 1.670593589E-04 12026.03c 1.839317336E-04 13027.03c 3.488285119E-01 14028.03c 1.252024347E-03 14029.03c 6.339557870E-05 14030.03c 4.208267167E-05 22046.03c 5.247404673E-06 22047.03c 4.732206031E-06 22048.03c 4.688954417E-05 22049.03c 3.441025489E-06 22050.03c 3.294726655E-06 24050.03c 6.624052103E-06 24052.03c 1.275935098E-04 24053.03c 1.446631638E-05 24054.03c 3.593742143E-06 25055.03c 8.048521035E-05 26054.03c 2.930521595E-05 26056.03c 4.596158230E-04 26057.03c 1.061999430E-05 26058.03c 1.402643348E-06 29063.03c 2.345251343E-04 29065.03c 1.045308103E-04 92234.03c 6.769514373E-05 92235.03c 6.309191841E-03 92236.03c 2.707820733E-05 92238.03c 3.655535514E-04 mt382 lwtr.60t c total atom density = 8.01228E-02 a/b-cm m383 $ 8.012280E-02 1001.03c 4.149055891E-01 8016.03c 2.282371390E-01 12024.03c 1.319050160E-03 12025.03c 1.669899081E-04 12026.03c 1.838552685E-04 13027.03c 3.447557742E-01 14028.03c 1.242747290E-03 14029.03c 6.292565444E-05 14030.03c 4.177075379E-05 22046.03c 5.245223192E-06 22047.03c 4.730238732E-06 22048.03c 4.687005099E-05 22049.03c 3.439594966E-06 22050.03c 3.293356952E-06 24050.03c 6.621298315E-06 24052.03c 1.275404659E-04 24053.03c 1.446030236E-05 24054.03c 3.592248132E-06 25055.03c 7.996612106E-05 26054.03c 2.901346218E-05 26056.03c 4.550402294E-04 26057.03c 1.051427231E-05 26058.03c 1.388680772E-06 29063.03c 2.328101191E-04 29065.03c 1.037663360E-04 92234.03c 7.955862160E-05 92235.03c 7.414867627E-03 92236.03c 3.182364833E-05 92238.03c 4.296167563E-04 mt383 lwtr.60t c total atom density = 8.01530E-02 a/b-cm m384 $ 8.015300E-02 1001.03c 4.147490712E-01 8016.03c 2.310280357E-01 12024.03c 1.318552565E-03 12025.03c 1.669269133E-04 12026.03c 1.837859114E-04 13027.03c 3.410625360E-01 14028.03c 1.234327441E-03 14029.03c 6.249931174E-05 14030.03c 4.148775754E-05 22046.03c 5.243244499E-06 22047.03c 4.728454310E-06 22048.03c 4.685236986E-05 22049.03c 3.438297423E-06 22050.03c 3.292114575E-06 24050.03c 6.618800514E-06 24052.03c 1.274923529E-04 24053.03c 1.445484740E-05 24054.03c 3.590893002E-06 25055.03c 7.949517309E-05 26054.03c 2.874900220E-05 26056.03c 4.508911802E-04 26057.03c 1.041841922E-05 26058.03c 1.376017632E-06 29063.03c 2.312538537E-04 29065.03c 1.030729430E-04 92234.03c 9.031796872E-05 92235.03c 8.417646762E-03 92236.03c 3.612751187E-05 92238.03c 4.877169812E-04 mt384 lwtr.60t c total atom density = 8.01437E-02 a/b-cm m385 $ 8.014370E-02 1001.03c 4.147973069E-01 8016.03c 2.301727393E-01 12024.03c 1.318705914E-03 12025.03c 1.669463270E-04 12026.03c 1.838072859E-04 13027.03c 3.421939905E-01 14028.03c 1.236910361E-03 14029.03c 6.263010854E-05 14030.03c 4.157456033E-05 22046.03c 5.243854293E-06 22047.03c 4.729004233E-06 22048.03c 4.685781883E-05 22049.03c 3.438697300E-06 22050.03c 3.292497451E-06 24050.03c 6.619570287E-06 24052.03c 1.275071804E-04 24053.03c 1.445652851E-05 24054.03c 3.591310626E-06 25055.03c 7.963955068E-05 26054.03c 2.883008108E-05 26056.03c 4.521626791E-04 26057.03c 1.044780527E-05 26058.03c 1.379895984E-06 29063.03c 2.317299417E-04 29065.03c 1.032853205E-04 92234.03c 8.702166354E-05 92235.03c 8.110429423E-03 92236.03c 3.480896488E-05 92238.03c 4.699170330E-04 mt385 lwtr.60t c total atom density = 8.00985E-02 a/b-cm m386 $ 8.009850E-02 1001.03c 4.150316390E-01 8016.03c 2.259880820E-01 12024.03c 1.319450892E-03 12025.03c 1.670406402E-04 12026.03c 1.839111244E-04 13027.03c 3.477319779E-01 14028.03c 1.249524465E-03 14029.03c 6.326887256E-05 14030.03c 4.199867897E-05 22046.03c 5.246816711E-06 22047.03c 4.731675796E-06 22048.03c 4.688429029E-05 22049.03c 3.440639928E-06 22050.03c 3.294357487E-06 24050.03c 6.623309891E-06 24052.03c 1.275792132E-04 24053.03c 1.446469546E-05 24054.03c 3.593339471E-06 25055.03c 8.034547803E-05 26054.03c 2.922665002E-05 26056.03c 4.583832776E-04 26057.03c 1.059152543E-05 26058.03c 1.398878126E-06 29063.03c 2.340631425E-04 29065.03c 1.043252115E-04 92234.03c 7.088911783E-05 92235.03c 6.606867629E-03 92236.03c 2.835584689E-05 92238.03c 3.828013112E-04 mt386 lwtr.60t c total atom density = 8.00555E-02 a/b-cm m387 $ 8.005550E-02 1001.03c 4.152545507E-01 8016.03c 2.220098021E-01 12024.03c 1.320159564E-03 12025.03c 1.671303571E-04 12026.03c 1.840099023E-04 13027.03c 3.529964722E-01 14028.03c 1.261537714E-03 14029.03c 6.387695590E-05 14030.03c 4.240222209E-05 22046.03c 5.249634754E-06 22047.03c 4.734217159E-06 22048.03c 4.690947164E-05 22049.03c 3.442487881E-06 22050.03c 3.296126872E-06 24050.03c 6.626867242E-06 24052.03c 1.276477354E-04 24053.03c 1.447246438E-05 24054.03c 3.595269438E-06 25055.03c 8.101644589E-05 26054.03c 2.960359702E-05 26056.03c 4.642967934E-04 26057.03c 1.072816079E-05 26058.03c 1.416929960E-06 29063.03c 2.362799068E-04 29065.03c 1.053132228E-04 92234.03c 5.555422712E-05 92235.03c 5.177659664E-03 92236.03c 2.222184074E-05 92238.03c 2.999932262E-04 mt387 lwtr.60t c total atom density = 8.00271E-02 a/b-cm m388 $ 8.002710E-02 1001.03c 4.154017194E-01 8016.03c 2.193781522E-01 12024.03c 1.320627436E-03 12025.03c 1.671895891E-04 12026.03c 1.840751165E-04 13027.03c 3.564791884E-01 14028.03c 1.269457278E-03 14029.03c 6.427834092E-05 14030.03c 4.266866449E-05 22046.03c 5.251495256E-06 22047.03c 4.735894994E-06 22048.03c 4.692609664E-05 22049.03c 3.443707919E-06 22050.03c 3.297295039E-06 24050.03c 6.629215843E-06 24052.03c 1.276929746E-04 24053.03c 1.447759351E-05 24054.03c 3.596543623E-06 25055.03c 8.146026792E-05 26054.03c 2.985300775E-05 26056.03c 4.682075734E-04 26057.03c 1.081853357E-05 26058.03c 1.428865754E-06 29063.03c 2.377469270E-04 29065.03c 1.059668376E-04 92234.03c 4.541111007E-05 92235.03c 4.232315658E-03 92236.03c 1.816459398E-05 92238.03c 2.452193946E-04 mt388 lwtr.60t c total atom density = 8.00013E-02 a/b-cm m389 $ 8.000130E-02 1001.03c 4.155354944E-01 8016.03c 2.169850918E-01 12024.03c 1.321052728E-03 12025.03c 1.672434304E-04 12026.03c 1.841343956E-04 13027.03c 3.596464366E-01 14028.03c 1.276678476E-03 14029.03c 6.464391015E-05 14030.03c 4.291140154E-05 22046.03c 5.253186435E-06 22047.03c 4.737420130E-06 22048.03c 4.694120860E-05 22049.03c 3.444816923E-06 22050.03c 3.298356892E-06 24050.03c 6.631350700E-06 24052.03c 1.277340965E-04 24053.03c 1.448225584E-05 24054.03c 3.597701845E-06 25055.03c 8.186386983E-05 26054.03c 3.007986787E-05 26056.03c 4.717645464E-04 26057.03c 1.090072872E-05 26058.03c 1.439713227E-06 29063.03c 2.390809693E-04 29065.03c 1.065613284E-04 92234.03c 3.618501495E-05 92235.03c 3.372443143E-03 92236.03c 1.447413098E-05 92238.03c 1.953992057E-04 mt389 lwtr.60t c c Outer Fuel Element fueled region 9 c total atom density = 8.00583E-02 a/b-cm m391 $ 8.005830E-02 1001.03c 4.152398683E-01 8016.03c 2.222692575E-01 12024.03c 1.320112886E-03 12025.03c 1.671244477E-04 12026.03c 1.840033961E-04 13027.03c 3.526529823E-01 14028.03c 1.260743655E-03 14029.03c 6.383672504E-05 14030.03c 4.237561615E-05 22046.03c 5.249449139E-06 22047.03c 4.734049768E-06 22048.03c 4.690781303E-05 22049.03c 3.442366163E-06 22050.03c 3.296010329E-06 24050.03c 6.626632931E-06 24052.03c 1.276432221E-04 24053.03c 1.447195267E-05 24054.03c 3.595142318E-06 25055.03c 8.097248629E-05 26054.03c 2.957894252E-05 26056.03c 4.639093973E-04 26057.03c 1.071922520E-05 26058.03c 1.415743190E-06 29063.03c 2.361354017E-04 29065.03c 1.052485436E-04 92234.03c 5.655740529E-05 92235.03c 5.271158317E-03 92236.03c 2.262313699E-05 92238.03c 3.054099136E-04 mt391 lwtr.60t c total atom density = 8.00895E-02 a/b-cm m392 $ 8.008950E-02 1001.03c 4.150781477E-01 8016.03c 2.251593619E-01 12024.03c 1.319598751E-03 12025.03c 1.670593589E-04 12026.03c 1.839317336E-04 13027.03c 3.488285119E-01 14028.03c 1.252024347E-03 14029.03c 6.339557870E-05 14030.03c 4.208267167E-05 22046.03c 5.247404673E-06 22047.03c 4.732206031E-06 22048.03c 4.688954417E-05 22049.03c 3.441025489E-06 22050.03c 3.294726655E-06 24050.03c 6.624052103E-06 24052.03c 1.275935098E-04 24053.03c 1.446631638E-05 24054.03c 3.593742143E-06 25055.03c 8.048521035E-05 26054.03c 2.930521595E-05 26056.03c 4.596158230E-04 26057.03c 1.061999430E-05 26058.03c 1.402643348E-06 29063.03c 2.345251343E-04 29065.03c 1.045308103E-04 92234.03c 6.769514373E-05 92235.03c 6.309191841E-03 92236.03c 2.707820733E-05 92238.03c 3.655535514E-04 mt392 lwtr.60t c total atom density = 8.01228E-02 a/b-cm m393 $ 8.012280E-02 1001.03c 4.149055891E-01 8016.03c 2.282371390E-01 12024.03c 1.319050160E-03 12025.03c 1.669899081E-04 12026.03c 1.838552685E-04 13027.03c 3.447557742E-01 14028.03c 1.242747290E-03 14029.03c 6.292565444E-05 14030.03c 4.177075379E-05 22046.03c 5.245223192E-06 22047.03c 4.730238732E-06 22048.03c 4.687005099E-05 22049.03c 3.439594966E-06 22050.03c 3.293356952E-06 24050.03c 6.621298315E-06 24052.03c 1.275404659E-04 24053.03c 1.446030236E-05 24054.03c 3.592248132E-06 25055.03c 7.996612106E-05 26054.03c 2.901346218E-05 26056.03c 4.550402294E-04 26057.03c 1.051427231E-05 26058.03c 1.388680772E-06 29063.03c 2.328101191E-04 29065.03c 1.037663360E-04 92234.03c 7.955862160E-05 92235.03c 7.414867627E-03 92236.03c 3.182364833E-05 92238.03c 4.296167563E-04 mt393 lwtr.60t c total atom density = 8.01530E-02 a/b-cm m394 $ 8.015300E-02 1001.03c 4.147490712E-01 8016.03c 2.310280357E-01 12024.03c 1.318552565E-03 12025.03c 1.669269133E-04 12026.03c 1.837859114E-04 13027.03c 3.410625360E-01 14028.03c 1.234327441E-03 14029.03c 6.249931174E-05 14030.03c 4.148775754E-05 22046.03c 5.243244499E-06 22047.03c 4.728454310E-06 22048.03c 4.685236986E-05 22049.03c 3.438297423E-06 22050.03c 3.292114575E-06 24050.03c 6.618800514E-06 24052.03c 1.274923529E-04 24053.03c 1.445484740E-05 24054.03c 3.590893002E-06 25055.03c 7.949517309E-05 26054.03c 2.874900220E-05 26056.03c 4.508911802E-04 26057.03c 1.041841922E-05 26058.03c 1.376017632E-06 29063.03c 2.312538537E-04 29065.03c 1.030729430E-04 92234.03c 9.031796872E-05 92235.03c 8.417646762E-03 92236.03c 3.612751187E-05 92238.03c 4.877169812E-04 mt394 lwtr.60t c total atom density = 8.01437E-02 a/b-cm m395 $ 8.014370E-02 1001.03c 4.147973069E-01 8016.03c 2.301727393E-01 12024.03c 1.318705914E-03 12025.03c 1.669463270E-04 12026.03c 1.838072859E-04 13027.03c 3.421939905E-01 14028.03c 1.236910361E-03 14029.03c 6.263010854E-05 14030.03c 4.157456033E-05 22046.03c 5.243854293E-06 22047.03c 4.729004233E-06 22048.03c 4.685781883E-05 22049.03c 3.438697300E-06 22050.03c 3.292497451E-06 24050.03c 6.619570287E-06 24052.03c 1.275071804E-04 24053.03c 1.445652851E-05 24054.03c 3.591310626E-06 25055.03c 7.963955068E-05 26054.03c 2.883008108E-05 26056.03c 4.521626791E-04 26057.03c 1.044780527E-05 26058.03c 1.379895984E-06 29063.03c 2.317299417E-04 29065.03c 1.032853205E-04 92234.03c 8.702166354E-05 92235.03c 8.110429423E-03 92236.03c 3.480896488E-05 92238.03c 4.699170330E-04 mt395 lwtr.60t c total atom density = 8.00985E-02 a/b-cm m396 $ 8.009850E-02 1001.03c 4.150316390E-01 8016.03c 2.259880820E-01 12024.03c 1.319450892E-03 12025.03c 1.670406402E-04 12026.03c 1.839111244E-04 13027.03c 3.477319779E-01 14028.03c 1.249524465E-03 14029.03c 6.326887256E-05 14030.03c 4.199867897E-05 22046.03c 5.246816711E-06 22047.03c 4.731675796E-06 22048.03c 4.688429029E-05 22049.03c 3.440639928E-06 22050.03c 3.294357487E-06 24050.03c 6.623309891E-06 24052.03c 1.275792132E-04 24053.03c 1.446469546E-05 24054.03c 3.593339471E-06 25055.03c 8.034547803E-05 26054.03c 2.922665002E-05 26056.03c 4.583832776E-04 26057.03c 1.059152543E-05 26058.03c 1.398878126E-06 29063.03c 2.340631425E-04 29065.03c 1.043252115E-04 92234.03c 7.088911783E-05 92235.03c 6.606867629E-03 92236.03c 2.835584689E-05 92238.03c 3.828013112E-04 mt396 lwtr.60t c total atom density = 8.00555E-02 a/b-cm m397 $ 8.005550E-02 1001.03c 4.152545507E-01 8016.03c 2.220098021E-01 12024.03c 1.320159564E-03 12025.03c 1.671303571E-04 12026.03c 1.840099023E-04 13027.03c 3.529964722E-01 14028.03c 1.261537714E-03 14029.03c 6.387695590E-05 14030.03c 4.240222209E-05 22046.03c 5.249634754E-06 22047.03c 4.734217159E-06 22048.03c 4.690947164E-05 22049.03c 3.442487881E-06 22050.03c 3.296126872E-06 24050.03c 6.626867242E-06 24052.03c 1.276477354E-04 24053.03c 1.447246438E-05 24054.03c 3.595269438E-06 25055.03c 8.101644589E-05 26054.03c 2.960359702E-05 26056.03c 4.642967934E-04 26057.03c 1.072816079E-05 26058.03c 1.416929960E-06 29063.03c 2.362799068E-04 29065.03c 1.053132228E-04 92234.03c 5.555422712E-05 92235.03c 5.177659664E-03 92236.03c 2.222184074E-05 92238.03c 2.999932262E-04 mt397 lwtr.60t c total atom density = 8.00271E-02 a/b-cm m398 $ 8.002710E-02 1001.03c 4.154017194E-01 8016.03c 2.193781522E-01 12024.03c 1.320627436E-03 12025.03c 1.671895891E-04 12026.03c 1.840751165E-04 13027.03c 3.564791884E-01 14028.03c 1.269457278E-03 14029.03c 6.427834092E-05 14030.03c 4.266866449E-05 22046.03c 5.251495256E-06 22047.03c 4.735894994E-06 22048.03c 4.692609664E-05 22049.03c 3.443707919E-06 22050.03c 3.297295039E-06 24050.03c 6.629215843E-06 24052.03c 1.276929746E-04 24053.03c 1.447759351E-05 24054.03c 3.596543623E-06 25055.03c 8.146026792E-05 26054.03c 2.985300775E-05 26056.03c 4.682075734E-04 26057.03c 1.081853357E-05 26058.03c 1.428865754E-06 29063.03c 2.377469270E-04 29065.03c 1.059668376E-04 92234.03c 4.541111007E-05 92235.03c 4.232315658E-03 92236.03c 1.816459398E-05 92238.03c 2.452193946E-04 mt398 lwtr.60t c total atom density = 8.00013E-02 a/b-cm m399 $ 8.000130E-02 1001.03c 4.155354944E-01 8016.03c 2.169850918E-01 12024.03c 1.321052728E-03 12025.03c 1.672434304E-04 12026.03c 1.841343956E-04 13027.03c 3.596464366E-01 14028.03c 1.276678476E-03 14029.03c 6.464391015E-05 14030.03c 4.291140154E-05 22046.03c 5.253186435E-06 22047.03c 4.737420130E-06 22048.03c 4.694120860E-05 22049.03c 3.444816923E-06 22050.03c 3.298356892E-06 24050.03c 6.631350700E-06 24052.03c 1.277340965E-04 24053.03c 1.448225584E-05 24054.03c 3.597701845E-06 25055.03c 8.186386983E-05 26054.03c 3.007986787E-05 26056.03c 4.717645464E-04 26057.03c 1.090072872E-05 26058.03c 1.439713227E-06 29063.03c 2.390809693E-04 29065.03c 1.065613284E-04 92234.03c 3.618501495E-05 92235.03c 3.372443143E-03 92236.03c 1.447413098E-05 92238.03c 1.953992057E-04 mt399 lwtr.60t c c Outer Fuel Element fueled region 0 Central c total atom density = 8.00583E-02 a/b-cm m301 $ 8.005830E-02 1001.03c 4.152398683E-01 8016.03c 2.222692575E-01 12024.03c 1.320112886E-03 12025.03c 1.671244477E-04 12026.03c 1.840033961E-04 13027.03c 3.526529823E-01 14028.03c 1.260743655E-03 14029.03c 6.383672504E-05 14030.03c 4.237561615E-05 22046.03c 5.249449139E-06 22047.03c 4.734049768E-06 22048.03c 4.690781303E-05 22049.03c 3.442366163E-06 22050.03c 3.296010329E-06 24050.03c 6.626632931E-06 24052.03c 1.276432221E-04 24053.03c 1.447195267E-05 24054.03c 3.595142318E-06 25055.03c 8.097248629E-05 26054.03c 2.957894252E-05 26056.03c 4.639093973E-04 26057.03c 1.071922520E-05 26058.03c 1.415743190E-06 29063.03c 2.361354017E-04 29065.03c 1.052485436E-04 92234.03c 5.655740529E-05 92235.03c 5.271158317E-03 92236.03c 2.262313699E-05 92238.03c 3.054099136E-04 mt301 lwtr.60t c total atom density = 8.00895E-02 a/b-cm m302 $ 8.008950E-02 1001.03c 4.150781477E-01 8016.03c 2.251593619E-01 12024.03c 1.319598751E-03 12025.03c 1.670593589E-04 12026.03c 1.839317336E-04 13027.03c 3.488285119E-01 14028.03c 1.252024347E-03 14029.03c 6.339557870E-05 14030.03c 4.208267167E-05 22046.03c 5.247404673E-06 22047.03c 4.732206031E-06 22048.03c 4.688954417E-05 22049.03c 3.441025489E-06 22050.03c 3.294726655E-06 24050.03c 6.624052103E-06 24052.03c 1.275935098E-04 24053.03c 1.446631638E-05 24054.03c 3.593742143E-06 25055.03c 8.048521035E-05 26054.03c 2.930521595E-05 26056.03c 4.596158230E-04 26057.03c 1.061999430E-05 26058.03c 1.402643348E-06 29063.03c 2.345251343E-04 29065.03c 1.045308103E-04 92234.03c 6.769514373E-05 92235.03c 6.309191841E-03 92236.03c 2.707820733E-05 92238.03c 3.655535514E-04 mt302 lwtr.60t c total atom density = 8.01228E-02 a/b-cm m303 $ 8.012280E-02 1001.03c 4.149055891E-01 8016.03c 2.282371390E-01 12024.03c 1.319050160E-03 12025.03c 1.669899081E-04 12026.03c 1.838552685E-04 13027.03c 3.447557742E-01 14028.03c 1.242747290E-03 14029.03c 6.292565444E-05 14030.03c 4.177075379E-05 22046.03c 5.245223192E-06 22047.03c 4.730238732E-06 22048.03c 4.687005099E-05 22049.03c 3.439594966E-06 22050.03c 3.293356952E-06 24050.03c 6.621298315E-06 24052.03c 1.275404659E-04 24053.03c 1.446030236E-05 24054.03c 3.592248132E-06 25055.03c 7.996612106E-05 26054.03c 2.901346218E-05 26056.03c 4.550402294E-04 26057.03c 1.051427231E-05 26058.03c 1.388680772E-06 29063.03c 2.328101191E-04 29065.03c 1.037663360E-04 92234.03c 7.955862160E-05 92235.03c 7.414867627E-03 92236.03c 3.182364833E-05 92238.03c 4.296167563E-04 mt303 lwtr.60t c total atom density = 8.01530E-02 a/b-cm m304 $ 8.015300E-02 1001.03c 4.147490712E-01 8016.03c 2.310280357E-01 12024.03c 1.318552565E-03 12025.03c 1.669269133E-04 12026.03c 1.837859114E-04 13027.03c 3.410625360E-01 14028.03c 1.234327441E-03 14029.03c 6.249931174E-05 14030.03c 4.148775754E-05 22046.03c 5.243244499E-06 22047.03c 4.728454310E-06 22048.03c 4.685236986E-05 22049.03c 3.438297423E-06 22050.03c 3.292114575E-06 24050.03c 6.618800514E-06 24052.03c 1.274923529E-04 24053.03c 1.445484740E-05 24054.03c 3.590893002E-06 25055.03c 7.949517309E-05 26054.03c 2.874900220E-05 26056.03c 4.508911802E-04 26057.03c 1.041841922E-05 26058.03c 1.376017632E-06 29063.03c 2.312538537E-04 29065.03c 1.030729430E-04 92234.03c 9.031796872E-05 92235.03c 8.417646762E-03 92236.03c 3.612751187E-05 92238.03c 4.877169812E-04 mt304 lwtr.60t c total atom density = 8.01437E-02 a/b-cm m305 $ 8.014370E-02 1001.03c 4.147973069E-01 8016.03c 2.301727393E-01 12024.03c 1.318705914E-03 12025.03c 1.669463270E-04 12026.03c 1.838072859E-04 13027.03c 3.421939905E-01 14028.03c 1.236910361E-03 14029.03c 6.263010854E-05 14030.03c 4.157456033E-05 22046.03c 5.243854293E-06 22047.03c 4.729004233E-06 22048.03c 4.685781883E-05 22049.03c 3.438697300E-06 22050.03c 3.292497451E-06 24050.03c 6.619570287E-06 24052.03c 1.275071804E-04 24053.03c 1.445652851E-05 24054.03c 3.591310626E-06 25055.03c 7.963955068E-05 26054.03c 2.883008108E-05 26056.03c 4.521626791E-04 26057.03c 1.044780527E-05 26058.03c 1.379895984E-06 29063.03c 2.317299417E-04 29065.03c 1.032853205E-04 92234.03c 8.702166354E-05 92235.03c 8.110429423E-03 92236.03c 3.480896488E-05 92238.03c 4.699170330E-04 mt305 lwtr.60t c total atom density = 8.00985E-02 a/b-cm m306 $ 8.009850E-02 1001.03c 4.150316390E-01 8016.03c 2.259880820E-01 12024.03c 1.319450892E-03 12025.03c 1.670406402E-04 12026.03c 1.839111244E-04 13027.03c 3.477319779E-01 14028.03c 1.249524465E-03 14029.03c 6.326887256E-05 14030.03c 4.199867897E-05 22046.03c 5.246816711E-06 22047.03c 4.731675796E-06 22048.03c 4.688429029E-05 22049.03c 3.440639928E-06 22050.03c 3.294357487E-06 24050.03c 6.623309891E-06 24052.03c 1.275792132E-04 24053.03c 1.446469546E-05 24054.03c 3.593339471E-06 25055.03c 8.034547803E-05 26054.03c 2.922665002E-05 26056.03c 4.583832776E-04 26057.03c 1.059152543E-05 26058.03c 1.398878126E-06 29063.03c 2.340631425E-04 29065.03c 1.043252115E-04 92234.03c 7.088911783E-05 92235.03c 6.606867629E-03 92236.03c 2.835584689E-05 92238.03c 3.828013112E-04 mt306 lwtr.60t c total atom density = 8.00555E-02 a/b-cm m307 $ 8.005550E-02 1001.03c 4.152545507E-01 8016.03c 2.220098021E-01 12024.03c 1.320159564E-03 12025.03c 1.671303571E-04 12026.03c 1.840099023E-04 13027.03c 3.529964722E-01 14028.03c 1.261537714E-03 14029.03c 6.387695590E-05 14030.03c 4.240222209E-05 22046.03c 5.249634754E-06 22047.03c 4.734217159E-06 22048.03c 4.690947164E-05 22049.03c 3.442487881E-06 22050.03c 3.296126872E-06 24050.03c 6.626867242E-06 24052.03c 1.276477354E-04 24053.03c 1.447246438E-05 24054.03c 3.595269438E-06 25055.03c 8.101644589E-05 26054.03c 2.960359702E-05 26056.03c 4.642967934E-04 26057.03c 1.072816079E-05 26058.03c 1.416929960E-06 29063.03c 2.362799068E-04 29065.03c 1.053132228E-04 92234.03c 5.555422712E-05 92235.03c 5.177659664E-03 92236.03c 2.222184074E-05 92238.03c 2.999932262E-04 mt307 lwtr.60t c total atom density = 8.00271E-02 a/b-cm m308 $ 8.002710E-02 1001.03c 4.154017194E-01 8016.03c 2.193781522E-01 12024.03c 1.320627436E-03 12025.03c 1.671895891E-04 12026.03c 1.840751165E-04 13027.03c 3.564791884E-01 14028.03c 1.269457278E-03 14029.03c 6.427834092E-05 14030.03c 4.266866449E-05 22046.03c 5.251495256E-06 22047.03c 4.735894994E-06 22048.03c 4.692609664E-05 22049.03c 3.443707919E-06 22050.03c 3.297295039E-06 24050.03c 6.629215843E-06 24052.03c 1.276929746E-04 24053.03c 1.447759351E-05 24054.03c 3.596543623E-06 25055.03c 8.146026792E-05 26054.03c 2.985300775E-05 26056.03c 4.682075734E-04 26057.03c 1.081853357E-05 26058.03c 1.428865754E-06 29063.03c 2.377469270E-04 29065.03c 1.059668376E-04 92234.03c 4.541111007E-05 92235.03c 4.232315658E-03 92236.03c 1.816459398E-05 92238.03c 2.452193946E-04 mt308 lwtr.60t c total atom density = 8.00013E-02 a/b-cm m309 $ 8.000130E-02 1001.03c 4.155354944E-01 8016.03c 2.169850918E-01 12024.03c 1.321052728E-03 12025.03c 1.672434304E-04 12026.03c 1.841343956E-04 13027.03c 3.596464366E-01 14028.03c 1.276678476E-03 14029.03c 6.464391015E-05 14030.03c 4.291140154E-05 22046.03c 5.253186435E-06 22047.03c 4.737420130E-06 22048.03c 4.694120860E-05 22049.03c 3.444816923E-06 22050.03c 3.298356892E-06 24050.03c 6.631350700E-06 24052.03c 1.277340965E-04 24053.03c 1.448225584E-05 24054.03c 3.597701845E-06 25055.03c 8.186386983E-05 26054.03c 3.007986787E-05 26056.03c 4.717645464E-04 26057.03c 1.090072872E-05 26058.03c 1.439713227E-06 29063.03c 2.390809693E-04 29065.03c 1.065613284E-04 92234.03c 3.618501495E-05 92235.03c 3.372443143E-03 92236.03c 1.447413098E-05 92238.03c 1.953992057E-04 mt309 lwtr.60t c c c Region IV Control Element Material Descriptions c ------------------------------------------------ c c Aluminum clad of control elements m21 13027.03c 5.85482E-02 1001.03c 3.45716E-04 12024.03c 5.28432E-04 12025.03c 6.68986E-05 12026.03c 7.36554E-05 14028.03c 3.20373E-04 14029.03c 1.62219E-05 14030.03c 1.07683E-05 22046.03c 2.10131E-06 22047.03c 1.89500E-06 22048.03c 1.87768E-05 22049.03c 1.37795E-06 22050.03c 1.31937E-06 24050.03c 2.65258E-06 24052.03c 5.10942E-05 24053.03c 5.79300E-06 24054.03c 1.43910E-06 25055.03c 2.21974E-05 26054.03c 5.96144E-06 26056.03c 9.34978E-05 26057.03c 2.16039E-06 26058.03c 2.85334E-07 29063.03c 6.04931E-05 29065.03c 2.69626E-05 c c Inner Control Element c c Inner control element--Gray Ta-Al/H2O region m400 73181.03c 2.10142E-02 13027.03c 3.43728E-02 1001.03c 3.27118E-03 8016.03c 1.63559E-03 mt400 lwtr.60t c Inner control element--black EuO-Al region m401 63151.03c 4.04205E-03 63153.03c 4.41415E-03 13027.03c 4.01816E-02 8016.03c 1.26843E-02 c Inner control element-upper Al/H2O region m402 1001.03c 3.26363E-03 8016.03c 1.63181E-03 13027.03c 5.72947E-02 mt402 lwtr.60t c Inner control element-lower Al/H2O region m403 1001.03c 3.19976E-03 8016.03c 1.59988E-03 13027.03c 5.73524E-02 mt403 lwtr.60t c c Outer Control Element c c Outer control element--Gray Ta-Al/H2O region m411 73181.03c 2.10212E-02 13027.03c 3.43843E-02 1001.03c 3.24993E-03 8016.03c 1.62497E-03 mt411 lwtr.60t c Outer control element--black EuO-Al region m410 63151.03c 4.04205E-03 63153.03c 4.41415E-03 13027.03c 4.01816E-02 8016.03c 1.26843E-02 c Outer control element-upper Al/H2O region m412 1001.03c 3.01443E-03 8016.03c 1.50722E-03 13027.03c 5.75198E-02 mt412 lwtr.60t c Outer control element-lower Al/H2O region m413 1001.03c 3.19012E-03 8016.03c 1.59506E-03 13027.03c 5.73611E-02 mt413 lwtr.60t c c c Region V Removable Reflector Material Descriptions c ---------------------------------------------------- c c Water above removable reflector region --Density= 0.9794 g/cm^3 m4 1001.03c 6.59947E-02 8016.03c 3.29974E-02 mt4 lwtr.60t c Water gaps in removable reflector region --Avg. Density= 0.98465 g/cm^3 m5 1001.03c 6.63485E-02 8016.03c 3.31742E-02 mt5 lwtr.60t c Water below removable reflector region --Density= 0.9899 g/cm^3 m6 1001.03c 6.67022E-02 8016.03c 3.33511E-02 mt6 lwtr.60t c c Aluminum clad of removable refl. reg. m22 13027.03c 5.85482E-02 1001.03c 3.45716E-04 12024.03c 5.28432E-04 12025.03c 6.68986E-05 12026.03c 7.36554E-05 14028.03c 3.20373E-04 14029.03c 1.62219E-05 14030.03c 1.07683E-05 22046.03c 2.10131E-06 22047.03c 1.89500E-06 22048.03c 1.87768E-05 22049.03c 1.37795E-06 22050.03c 1.31937E-06 24050.03c 2.65258E-06 24052.03c 5.10942E-05 24053.03c 5.79300E-06 24054.03c 1.43910E-06 25055.03c 2.21974E-05 26054.03c 5.96144E-06 26056.03c 9.34978E-05 26057.03c 2.16039E-06 26058.03c 2.85334E-07 29063.03c 6.04931E-05 29065.03c 2.69626E-05 c c Aluminum liners in Be reflectors also outside Be reflector container m24 13027.03c 5.85482E-02 1001.03c 3.45716E-04 12024.03c 5.28432E-04 12025.03c 6.68986E-05 12026.03c 7.36554E-05 14028.03c 3.20373E-04 14029.03c 1.62219E-05 14030.03c 1.07683E-05 22046.03c 2.10131E-06 22047.03c 1.89500E-06 22048.03c 1.87768E-05 22049.03c 1.37795E-06 22050.03c 1.31937E-06 24050.03c 2.65258E-06 24052.03c 5.10942E-05 24053.03c 5.79300E-06 24054.03c 1.43910E-06 25055.03c 2.21974E-05 26054.03c 5.96144E-06 26056.03c 9.34978E-05 26057.03c 2.16039E-06 26058.03c 2.85334E-07 29063.03c 6.04931E-05 29065.03c 2.69626E-05 c c Beryllium plugs m33 4009.03c 1.23606E-01 1001.03c 6.73828E-07 8016.03c 3.36914E-07 mt33 be.60t c c Eu Liner in RB-7A m38 26054.03c 3.78706E-03 26056.03c 5.93954E-02 26057.03c 1.37241E-03 26058.03c 1.81261E-04 63000.42c 8.28076E-03 8016.03c 1.24211E-02 c c Eu in RB-7A m39 26054.03c 2.00939E-03 26056.03c 3.15148E-02 26057.03c 7.28190E-04 26058.03c 9.61761E-05 5010.03c 6.33141-5 63000.42c 2.36096E-04 8016.03c 3.54144E-04 13027.03c 1.03881-3 c c Beryllium removable reflector c At the start of cycle 400, a new removable beryllium reflector was placed in the reactor c No Li-6, or He-3 present (100% Be - H2O gaps are explicitly modelled) c m101 4009.03c 1.23607E-01 $ Removable reflector Rgn 1 material mt101 be.60t m102 4009.03c 1.23607E-01 $ Removable reflector Rgn 2 material mt102 be.60t m103 4009.03c 1.23607E-01 $ Removable reflector Rgn 3 material mt103 be.60t m104 4009.03c 1.23607E-01 3006.03c 3.14456-7 2003.03c 9.25940-9 $semi-permanent refl. reg mt104 be.60t c c Region VI Permanent Reflector Material c ----------------------------------------- c c Water in Irradiation Facilities - Density= 0.98465 g/cc m9 1001.03c 6.63485E-02 8016.03c 3.31742E-02 mt9 lwtr.60t c c Beryllium permanent reflector(with he-3 and li-6) m105 4009.03c 1.21135E-01 1001.03c 1.34766E-03 8016.03c 6.73828E-04 3006.03c 1.74120E-7 2003.03c 5.11969E-9 mt105 be.60t m106 4009.03c 1.21135E-01 1001.03c 1.34766E-03 8016.03c 6.73828E-04 3006.03c 1.08525E-7 2003.03c 4.29666E-9 mt106 be.60t m107 4009.03c 1.21135E-01 1001.03c 1.34766E-03 8016.03c 6.73828E-04 3006.03c 7.10578E-8 2003.03c 2.07747E-9 mt107 be.60t m108 4009.03c 1.21135E-01 1001.03c 1.34766E-03 8016.03c 6.73828E-04 3006.03c 4.80664E-8 2003.03c 1.39911E-9 mt108 be.60t m109 4009.03c 1.21135E-01 1001.03c 1.34766E-03 8016.03c 6.73828E-04 3006.03c 3.32031E-8 2003.03c 9.59631E-10 mt109 be.60t m110 4009.03c 1.21135E-01 1001.03c 1.34766E-03 8016.03c 6.73828E-04 3006.03c 2.46752E-8 2003.03c 7.06338E-10 mt110 be.60t m111 4009.03c 1.21135E-01 1001.03c 1.34766E-03 8016.03c 6.73828E-04 3006.03c 1.84489E-8 2003.03c 5.19306E-10 mt111 be.60t c c H-Tube material Total = 6.03240E-02 m520 13027.03c 6.00625E-02 14028.03c 1.33983E-04 14029.03c 6.78416E-06 14030.03c 4.50340E-06 25055.03c 7.42655E-06 26054.03c 4.27394E-06 26056.03c 6.70314E-05 26057.03c 1.54885E-06 26058.03c 2.04565E-07 29063.03c 2.47400E-05 29065.03c 1.10270E-05 c H-Tube clad m521 13027.03c 6.02423E-02 c c Water Reflector --Density= 0.9899 g/cm^3 m7 1001.03c 6.67022E-02 8016.03c 3.33511E-02 mt7 lwtr.60t c H2O Pool --Density= 1.0000 g/cm^3 m8 1001.03c 6.73828E-02 8016.03c 3.36914E-02 mt8 lwtr.60t c c Pressure Vessel Stainless steel liner - SCALE SS304 (69.5 w/o Fe, 19.0 w/o Cr, c 9.5 w/o Ni, 2.0 w/o Mn) c also used for ss liners in vxfs m40 26054.03c 3.47221E-03 26056.03c 5.44574E-02 26057.03c 1.25831E-03 26058.03c 1.66191E-04 24050.03c 7.58122E-04 24052.03c 1.46030E-02 24053.03c 1.65567E-03 24054.03c 4.11303E-04 28058.03c 5.25498E-03 28060.03c 2.02388E-03 28061.03c 8.79947E-05 28062.03c 2.80194E-04 28064.03c 7.17851E-05 25055.03c 1.73629E-03 c c Carbon steel PV -- SCALE Carbon Steel (99.0 w/o Fe, 1.0 w/o C) m50 26054.03c 4.88433E-03 26056.03c 7.66047E-02 26057.03c 1.77005E-03 26058.03c 2.33780E-04 6000.03c 3.92134E-03 c c Air Void in reflector components m60 1001.03c 1.00000-15 8016.03c 1.00000-15 c c Barytes concrete at 3.09725 g/cc (used for biological shield); shown below are atoms/(barn*cm) by nuclide m62 1001.03c 1.681E-2 5010.03c 3.378e-4 5011.03c 1.368e-3 8016.03c 4.195E-2 11023.03c 3.193e-4 12024.03c 1.22356E-04 12025.03c 1.54900E-5 12026.03c 1.70545E-5 13027.03c 7.534e-4 14028.03c 1.16210E-3 14029.03c 5.88420E-05 14030.03c 3.90600E-5 16032.03c 5.401e-3 20000.03c 3.273e-3 22046.03c 1.10220E-5 22047.03c 9.93984E-06 22048.03c 9.84899E-5 22049.03c 7.22776E-6 22050.03c 6.92048E-06 25055.03c 1.713e-4 26054.03c 4.02188E-5 26056.03c 6.30781E-4 26057.03c 1.45750E-05 26058.03c 1.92500E-6 56138.03c 5.394e-3 c real concentration for ba-138 = 3.8787e-3 atoms/(barn*cm); it is available; c other nuclide concentrations for which there is no mcnp xsect data: c ba-134=1.3037e-4; ba-135=3.5557e-4; ba-136=4.2364e-4; ba-137=6.0575e-4 c total number density for all barium nuclides in barytes concrete: 5.394030e-3 c total number density for all nuclides in barytes concrete: 7.801382e-2 c while this barytes concrete (for ANS project) was 3.09725 g/cc, it can c sometimes be made as dense as 3.5 g/cc; see book by Schaffer c c Replace with 1014.51c and parah.96t c Liquid H at 20 deg.K, 15 bar pressure; Total = 0.04372 atoms/(b*cm) = 0.0726 g/cc (revised as per Trevor Lucas, 5-3-96) m560 1001.03c 0.04372 c mt560 hpara.60t c c ---------------------------------------------------------------- mode n kcode 100000 1.0 50 550 350000 sdef erg=d1 axs=0 0 1 rad=d2 ext=d3 sp1 -3 0.988 2.249 si2 0 51 si3 -3 31 c ----------------------------------------------------------------