Summary information on AL027 ============================ ACELST - List contents of an ACE-lib ==================================== 13-Al-27 293.6 K fast data for ADS library Source file : \aldama\ADS\ACE\AL027.ACE Material ZAID identifier : 13027.31c Processed on : 07/31/05 MAT identifier : mat1325 Atomic weight ratio : 26.74975 Temperature [K] : 293.6 Upper energy limit [MeV] : 150.0 Data table length : 245290 Number of energy points : 6779 Photon production data : Discrete reactions given WARNING - also specified : Matrix of secondary photon energies Summary table legend: MT -ENDF reaction MT number Q -Reaction Q value n -number of outgoing neutrons and cordinate system for angular distrib. (CM=centre-of-mass, LA=lab) Angle -Type of distribution (Isotr. or Law 44) or "Aen mm" for tabulated distributions at mm energy points E-law -Secondary neutron energy distribution law index list Ty -Photon production cross section source (12=MF12, 13=MF13, 16=MF 6) Cross sections (excluding elastic) Photon Production MT Q [MeV] n Angle E-law MT Ty Angle E-law ---------------------------------- ---------------------------- 2 0.0000E+00 CM 1 Aen 60 0 102 12 Isotr. 2, Isotr. 2, Isotr. 2, 5 0.0000E+00 CM01 Isotr. 44 Isotr. 2, Isotr. 2, Isotr. 2, 16 -1.3058E+01 CM 2 Isotr. 44 Isotr. 2, Isotr. 2, Isotr. 2, 22 -1.0090E+01 CM 1 Isotr. 44 Isotr. 2, Isotr. 2, Isotr. 2, 28 -8.2721E+00 CM 1 Isotr. 44 Isotr. 2, Isotr. 2, Isotr. 2, 32 -1.7140E+01 CM 1 Isotr. 44 Isotr. 2, Isotr. 2, Isotr. 2, 33 -1.8214E+01 CM 1 Isotr. 44 Isotr. 2, Isotr. 2, Isotr. 2, 45 -1.8884E+01 CM 1 Isotr. 44 Isotr. 2, Isotr. 2, Isotr. 2, 51 -8.4375E-01 CM 1 Aen 18 3 Isotr. 2, Isotr. 2, Isotr. 2, 52 -1.0145E+00 CM 1 Aen 18 3 Isotr. 2, Isotr. 2, Isotr. 2, 53 -2.2111E+00 CM 1 Aen 18 3 Isotr. 2, Isotr. 2, Isotr. 2, 54 -2.7348E+00 CM 1 Aen 8 3 Isotr. 2, Isotr. 2, Isotr. 2, 55 -2.9811E+00 CM 1 Aen 11 3 Isotr. 2, Isotr. 2, Isotr. 2, 56 -3.0040E+00 CM 1 Aen 11 3 Isotr. 2, Isotr. 2, Isotr. 2, 57 -3.6801E+00 CM 1 Aen 2 3 Isotr. 2, Isotr. 2, Isotr. 2, 58 -3.9568E+00 CM 1 Aen 9 3 Isotr. 2, Isotr. 2, Isotr. 2, 59 -4.0543E+00 CM 1 Aen 9 3 Isotr. 2, Isotr. 2, Isotr. 2, 60 -4.4102E+00 CM 1 Aen 8 3 Isotr. 2, Isotr. 2, Isotr. 2, 61 -4.5103E+00 CM 1 Aen 8 3 Isotr. 2, Isotr. 2, Isotr. 2, 62 -4.5800E+00 CM 1 Aen 8 3 Isotr. 2, Isotr. 2, Isotr. 2, 63 -4.8117E+00 CM 1 Aen 6 3 Isotr. 2, Isotr. 2, Isotr. 2, 64 -5.1563E+00 CM 1 Aen 2 3 Isotr. 2, Isotr. 2, Isotr. 2, 65 -5.2482E+00 CM 1 Aen 2 3 Isotr. 2, Isotr. 2, Isotr. 2, 66 -5.4199E+00 CM 1 Aen 2 3 Isotr. 2, Isotr. 2, Isotr. 2, 67 -5.4328E+00 CM 1 Aen 2 3 Isotr. 2, Isotr. 2, Isotr. 2, 68 -5.4384E+00 CM 1 Aen 2 3 Isotr. 2, Isotr. 2, Isotr. 2, 69 -5.4998E+00 CM 1 Aen 2 3 Isotr. 2, Isotr. 2, Isotr. 2, 70 -5.5507E+00 CM 1 Aen 2 3 Isotr. 2, Isotr. 2, Isotr. 2, 71 -5.6670E+00 CM 1 Aen 2 3 Isotr. 2, Isotr. 2, Isotr. 2, 72 -5.7513E+00 CM 1 Aen 2 3 Isotr. 2, Isotr. 2, Isotr. 4 73 -5.8268E+00 CM 1 Aen 2 3 5 16 Isotr. 4 74 -5.9596E+00 CM 1 Aen 2 3 16 16 Isotr. 4 75 -6.0800E+00 CM 1 Aen 2 3 22 16 Isotr. 4 76 -6.1154E+00 CM 1 Aen 2 3 28 16 Isotr. 4 77 -6.1592E+00 CM 1 Aen 2 3 32 16 Isotr. 4 78 -6.2870E+00 CM 1 Aen 2 3 33 16 Isotr. 4 79 -6.4640E+00 CM 1 Aen 2 3 45 16 Isotr. 4 80 -6.4773E+00 CM 1 Aen 2 3 51 16 Isotr. 4 81 -6.5118E+00 CM 1 Aen 2 3 52 16 Isotr. 4 82 -6.5330E+00 CM 1 Aen 2 3 53 16 Isotr. 4 83 -6.6053E+00 CM 1 Aen 2 3 54 16 Isotr. 4 84 -6.6515E+00 CM 1 Aen 2 3 55 16 Isotr. 4 85 -6.7130E+00 CM 1 Aen 2 3 56 16 Isotr. 4 86 -6.7650E+00 CM 1 Aen 2 3 57 16 Isotr. 4 87 -6.7754E+00 CM 1 Aen 2 3 58 16 Isotr. 4 88 -6.8142E+00 CM 1 Aen 2 3 59 16 Isotr. 4 89 -6.8200E+00 CM 1 Aen 2 3 60 16 Isotr. 4 91 -6.8200E+00 CM 1 Isotr. 44 61 16 Isotr. 4 102 7.7252E+00 62 16 Isotr. 4 103 -1.8285E+00 63 16 Isotr. 4 104 -6.0475E+00 64 16 Isotr. 4 105 -1.0883E+01 65 16 Isotr. 4 107 -3.1303E+00 66 16 Isotr. 4 108 -1.3958E+01 67 16 Isotr. 4 111 -1.6800E+01 68 16 Isotr. 4 112 -1.3684E+01 69 16 Isotr. 4 117 -1.6659E+01 70 16 Isotr. 4 203 0.0000E+00 71 16 Isotr. 4 204 0.0000E+00 72 16 Isotr. 4 205 0.0000E+00 73 16 Isotr. 4 207 0.0000E+00 74 16 Isotr. 4 444 0.0000E+00 75 16 Isotr. 4 600 -1.8285E+00 76 16 Isotr. 4 601 -2.8132E+00 77 16 Isotr. 4 602 -3.5265E+00 78 16 Isotr. 4 603 -3.7685E+00 79 16 Isotr. 4 604 -4.9379E+00 80 16 Isotr. 4 605 -5.2554E+00 81 16 Isotr. 4 606 -5.3038E+00 82 16 Isotr. 4 607 -5.3192E+00 83 16 Isotr. 4 608 -5.3877E+00 84 16 Isotr. 4 609 -5.5889E+00 85 16 Isotr. 4 610 -5.6144E+00 86 16 Isotr. 4 611 -5.7125E+00 87 16 Isotr. 4 612 -5.9783E+00 88 16 Isotr. 4 613 -6.2267E+00 89 16 Isotr. 4 614 -6.3813E+00 91 16 Isotr. 4 615 -6.6046E+00 108 16 Isotr. 4 616 -6.6558E+00 111 16 Isotr. 4 617 -6.8208E+00 112 16 Isotr. 4 618 -6.8565E+00 117 16 Isotr. 4 619 -7.0005E+00 601 16 Isotr. 4 649 -7.0005E+00 602 16 Isotr. 4 650 -6.0475E+00 603 16 Isotr. 4 651 -7.8562E+00 604 16 Isotr. 4 652 -8.9859E+00 605 16 Isotr. 4 653 -9.6358E+00 606 16 Isotr. 4 654 -9.9880E+00 607 16 Isotr. 4 655 -1.0366E+01 608 16 Isotr. 4 656 -1.0379E+01 609 16 Isotr. 4 657 -1.0397E+01 610 16 Isotr. 4 658 -1.0882E+01 611 16 Isotr. 4 659 -1.0948E+01 612 16 Isotr. 4 660 -1.1020E+01 613 16 Isotr. 4 661 -1.1338E+01 614 16 Isotr. 4 662 -1.1521E+01 615 16 Isotr. 4 663 -1.1738E+01 616 16 Isotr. 4 664 -1.1763E+01 617 16 Isotr. 4 665 -1.2173E+01 618 16 Isotr. 4 666 -1.2304E+01 619 16 Isotr. 4 667 -1.2669E+01 649 16 Isotr. 4 668 -1.2792E+01 651 16 Isotr. 4 669 -1.2925E+01 652 16 Isotr. 4 699 -1.2925E+01 653 16 Isotr. 4 700 -1.0883E+01 654 16 Isotr. 4 701 -1.1468E+01 655 16 Isotr. 4 702 -1.1858E+01 656 16 Isotr. 4 703 -1.2495E+01 657 16 Isotr. 4 704 -1.2848E+01 658 16 Isotr. 4 705 -1.3447E+01 659 16 Isotr. 4 706 -1.3621E+01 660 16 Isotr. 4 707 -1.3684E+01 661 16 Isotr. 4 708 -1.4288E+01 662 16 Isotr. 4 709 -1.4297E+01 663 16 Isotr. 4 710 -1.4791E+01 664 16 Isotr. 4 749 -1.4791E+01 665 16 Isotr. 4 800 -3.1303E+00 666 16 Isotr. 4 801 -3.6026E+00 667 16 Isotr. 4 802 -3.6936E+00 668 16 Isotr. 4 803 -4.4717E+00 669 16 Isotr. 4 804 -4.4748E+00 699 16 Isotr. 4 805 -4.4768E+00 701 16 Isotr. 4 806 -4.6429E+00 702 16 Isotr. 4 807 -4.9764E+00 703 16 Isotr. 4 808 -5.0158E+00 704 16 Isotr. 4 809 -5.6437E+00 705 16 Isotr. 4 810 -5.6928E+00 706 16 Isotr. 4 811 -6.0340E+00 707 16 Isotr. 4 812 -6.1081E+00 708 16 Isotr. 4 813 -6.3471E+00 709 16 Isotr. 4 814 -6.5022E+00 710 16 Isotr. 4 815 -6.5437E+00 749 16 Isotr. 4 816 -6.7194E+00 801 16 Isotr. 4 817 -6.7588E+00 802 16 Isotr. 4 818 -6.7868E+00 803 16 Isotr. 4 819 -6.8120E+00 804 16 Isotr. 4 849 -6.8120E+00 805 16 Isotr. 4 806 16 Isotr. 4 807 16 Isotr. 4 808 16 Isotr. 4 809 16 Isotr. 4 810 16 Isotr. 4 811 16 Isotr. 4 812 16 Isotr. 4 813 16 Isotr. 4 814 16 Isotr. 4 815 16 Isotr. 4 816 16 Isotr. 4 817 16 Isotr. 4 818 16 Isotr. 4 819 16 Isotr. 4 849 16 Isotr. 4 MXSLST - MATXS formatted file summary report ============================================ Source file: \aldama\ADS\matxs\AL027.MXS file hname: matxs user ID.: aldama/NDS/IAEA file version: 1 number of particles: 1 number of data types: 2 number of materials: 1 max. record size: 5000 length of file: 1048 Hollerith identification records: ADS-1.0: 13-Al-27 from JEFF-3.1 Processed by NJOY 99.90+ at NDS/IAEA Aug2005 particles: n number of groups: 421 Emax [MeV]: 20.0 Emin [MeV]: 1.00E-11 data types: nscat ntherm incident particle: 1 1 outgoing particle: 1 1 materials: al27 submaterials: 42 material location: 0 material= al27 awt= 2.67498E+01 Temp. [K] Sig0 [barn] typ n1d n2d loc 293.6 1.00000E+10 1 143 46 0 293.6 1.00000E+03 1 9 1 110 293.6 5.00000E+02 1 9 1 117 293.6 1.00000E+02 1 9 1 124 293.6 1.00000E+01 1 9 1 131 400.0 1.00000E+10 1 143 46 138 400.0 1.00000E+03 1 9 1 247 400.0 5.00000E+02 1 9 1 254 400.0 1.00000E+02 1 9 1 261 400.0 1.00000E+01 1 9 1 268 500.0 1.00000E+10 1 143 46 275 500.0 1.00000E+03 1 9 1 384 500.0 5.00000E+02 1 9 1 391 500.0 1.00000E+02 1 9 1 398 500.0 1.00000E+01 1 9 1 405 600.0 1.00000E+10 1 143 46 412 600.0 1.00000E+03 1 9 1 521 600.0 5.00000E+02 1 9 1 528 600.0 1.00000E+02 1 9 1 535 600.0 1.00000E+01 1 9 1 542 700.0 1.00000E+10 1 143 46 549 700.0 1.00000E+03 1 9 1 658 700.0 5.00000E+02 1 9 1 665 700.0 1.00000E+02 1 9 1 672 700.0 1.00000E+01 1 9 1 679 800.0 1.00000E+10 1 143 46 686 800.0 1.00000E+03 1 9 1 795 800.0 5.00000E+02 1 9 1 802 800.0 1.00000E+02 1 9 1 809 800.0 1.00000E+01 1 9 1 816 900.0 1.00000E+10 1 143 46 823 900.0 1.00000E+03 1 9 1 932 900.0 5.00000E+02 1 9 1 939 900.0 1.00000E+02 1 9 1 946 900.0 1.00000E+01 1 9 1 953 293.6 1.00000E+10 2 1 1 960 400.0 1.00000E+10 2 1 1 971 500.0 1.00000E+10 2 1 1 982 600.0 1.00000E+10 2 1 1 993 700.0 1.00000E+10 2 1 1 1005 800.0 1.00000E+10 2 1 1 1017 900.0 1.00000E+10 2 1 1 1029 -------------------------------------------- Reference submaterial vector data for al27 nwt0 nwt1 ntot0 ntot1 nelas ninel n2n nna nnp n01 n02 n03 n04 n05 n06 n07 n08 n09 n10 n11 n12 n13 n14 n15 n16 n17 n18 n19 n20 n21 n22 n23 n24 n25 n26 n27 n28 n29 n30 n31 n32 n33 n34 n35 n36 n37 n38 n39 ncn ng np nd nt na n2a npa mt117 .h1 .h2 .h3 .he4 heat kerma dame p00 p01 p02 p03 p04 p05 p06 p07 p08 p09 p10 p11 p12 p13 p14 p15 p16 p17 p18 p19 pcn d00 d01 d02 d03 d04 d05 d06 d07 d08 d09 d10 d11 d12 d13 d14 d15 d16 d17 d18 d19 dcn t00 t01 t02 t03 t04 t05 t06 t07 t08 t09 t10 tcd a00 a01 a02 a03 a04 a05 a06 a07 a08 a09 a10 a11 a12 a13 a14 a15 a16 a17 a18 a19 acn mubar xi gamma invel