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pjef22/Te-130: 52-TE-130 NEA RCOM-JUL82 H.GRUPPELAAR,E.MENAPACE
Pick up 1 Total cross section
Pick up 2 Elastic cross section
Pick up 4 (z,n) XS for the production of one neutron in the exit channel. Sum of the MT=50-91.
Pick up 51 (z,nl) XS to the first excited state of the residual nucleus.
Pick up 52 (z,n2) XS to the 2nd excited state of the residual nucleus.
Pick up 53 (z,n3) XS to the 3rd excited state of the residual nucleus.
Pick up 54 (z,n4) XS to the 4-th excited state of the residual nucleus.
Pick up 55 (z,n5) XS to the 5-th excited state of the residual nucleus.
Pick up 56 (z,n6) XS to the 6-th excited state of the residual nucleus.
Pick up 57 (z,n7) XS to the 7-th excited state of the residual nucleus.
Pick up 58 (z,n8) XS to the 8-th excited state of the residual nucleus.
Pick up 59 (z,n9) XS to the 9-th excited state of the residual nucleus.
Pick up 60 (z,n10) XS to the 10-th excited state of the residual nucleus.
Pick up 91 (z,nc) XS for the production of a single neutron in the continuum not included in the above discrete representation.
Pick up 102 (z,g) Radiative capture XS.
Pick up 103 (z,p) XS for the production of a proton and a residual. If MT=600-649 are present, MT103 is their sum.
Pick up 104 (z,d) XS for the production of a deuteron and a residual. If MT=650-699 are present, MT104 is their sum.
Pick up 105 (z,t) XS for the production of a triton plus a residual. If MT=700-749 are present, MT105 is their sum.
Pick up 106 (z,3He) XS for the production of an He particle plus a residual. If MT=750-799 are present, MT106 is their sum.
Pick up 107 (z,a) XS for the production of an alpha particle plus a residual. If MT=800-849 are present, MT107 is their sum.
Pick up 111 (z,2p) XS for the production of two protons plus a residual.
Pick up 251 mu bar, avg. cosine of the scattering angle (LAB) for elastic scattering of neutron.
Pick up 252 MT=252
Pick up 253 MT=253