2 to 2 atom nucleon transfer reactions- data provided by Alexander Parkhomov

Facilitated by the Martin Fleischmann Memorial Project @ QuantumHeat.org

2 to 2 atom nucleon transfer reactions

            first pair (sources)     -----> second pair (products)
            N1(A1, Z1) + N2(A2, Z2) -----> N3(A3, Z3) + N4(A4, Z4)
            A1 + A2 = A3 + A4 ,    Z1 + Z2 = Z3 + Z4
        
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Element1 A1 Z2 Element2 A2 Z2 Element3 A3 Z3 Element4 A4 Z4 MeV
Al 27 13 Hg 196 80 Y 89 39 Xe 134 54 127.176
C 12 6 Hg 196 80 Ge 72 32 Xe 136 54 127.1666
S 32 16 Pb 204 82 Pd 108 46 Te 128 52 127.1611
Ne 22 10 Hg 196 80 Kr 82 36 Xe 136 54 127.1517
Mg 26 12 Hg 198 80 Zr 96 40 Te 128 52 127.1312
Mg 24 12 Pt 194 78 Zr 94 40 Sn 124 50 127.1257
Mg 25 12 Hg 198 80 Kr 86 36 Ba 137 56 127.1145
Ar 36 18 Pb 206 82 Sn 120 50 Sn 122 50 127.1061
Не 4 2 Hg 196 80 Zn 70 30 Te 130 52 127.0344
Ar 36 18 Pb 204 82 Sn 120 50 Sn 120 50 127.0157
P 31 15 Tl 203 81 Pd 110 46 Sn 124 50 127.0129
Mg 24 12 Pt 194 78 Zr 96 40 Sn 122 50 126.9114
Ne 21 10 Os 189 76 Kr 86 36 Sn 124 50 126.9086
Mg 24 12 Hg 196 80 Sr 86 38 Xe 134 54 126.8779
S 33 16 Pb 207 82 Pd 110 46 Te 130 52 126.8313
Mg 24 12 Pt 192 78 Sr 88 38 Te 128 52 126.8276
Mg 24 12 Pt 192 78 Zr 96 40 Sn 120 50 126.8183
Mg 24 12 Pt 190 78 Sr 88 38 Te 126 52 126.8164
O 16 8 Pt 190 78 Kr 82 36 Sn 124 50 126.8155
K 39 19 Bi 209 83 Sn 124 50 Te 124 52 126.8052
O 18 8 Os 184 76 Kr 86 36 Cd 116 48 126.7698
Ar 36 18 Bi 209 83 Ag 109 47 Xe 136 54 126.7242
F 19 9 Ir 191 77 Se 80 34 Te 130 52 126.7233
Mg 26 12 Hg 200 80 Zr 96 40 Te 130 52 126.7158
S 32 16 Pb 204 82 Ru 102 44 Xe 134 54 126.7065
S 32 16 Pb 208 82 Ru 104 44 Xe 136 54 126.6525
Mg 24 12 Hg 196 80 Kr 86 36 Ba 134 56 126.6273
Ne 20 10 Hg 196 80 Se 78 34 Ba 138 56 126.5956
S 32 16 Pb 206 82 Pd 108 46 Te 130 52 126.59
Si 29 14 Pb 204 82 Zr 96 40 Ba 137 56 126.4969
Ne 21 10 Os 187 76 Kr 86 36 Sn 122 50 126.4801
Na 23 11 Ir 193 77 Kr 86 36 Te 130 52 126.4373
Ne 22 10 Hg 196 80 Se 80 34 Ba 138 56 126.3898
Al 27 13 Hg 198 80 Y 89 39 Xe 136 54 126.3888
K 39 19 Bi 209 83 Sn 118 50 Te 130 52 126.3488
Al 27 13 Hg 196 80 Mo 100 42 Sb 123 51 126.3451
Si 28 14 Hg 196 80 Ru 102 44 Sn 122 50 126.3283
Ca 40 20 Bi 209 83 Sb 123 51 Te 126 52 126.3236
S 32 16 Pb 206 82 Ru 104 44 Xe 134 54 126.3031
S 32 16 Pb 206 82 Ru 102 44 Xe 136 54 126.291
Mg 24 12 Pt 194 78 Sr 88 38 Te 130 52 126.2594
Mg 25 12 Hg 196 80 Kr 86 36 Ba 135 56 126.1942
C 12 6 Hg 196 80 Zn 70 30 Ba 138 56 126.1839
S 32 16 Pb 204 82 Ru 104 44 Xe 132 54 126.1718
Mg 24 12 Pt 190 78 Zr 90 40 Sn 124 50 126.1569
Ne 20 10 Au 197 79 Br 81 35 Xe 136 54 126.1513
Ar 36 18 Pb 204 82 Sn 118 50 Sn 122 50 126.1401
O 17 8 Pt 195 78 Ge 76 32 Xe 136 54 126.0992
Mg 24 12 Hg 198 80 Sr 86 38 Xe 136 54 126.0908
C 12 6 Pt 192 78 Ge 76 32 Te 128 52 126.087