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. 2021 May 31;8:675014. doi: 10.3389/fmed.2021.675014

Table 3.

Available production cross section data of terbium radionuclides.

Nuclear reaction Projectile energy, MeV Cross section (σmax), mb Comment References
152Gd(p,4n)149Tb 41.31 248 (33)
155Gd(p,4n)152Tb 48.2 821
natGd (p,x)149Tb 69.8 7 150, 151, 153Tb will also be produced in considerable amount (36)
natGd (p,x)152Tb 114
152Gd(p,n)152Tb 8 101 153Tb is co-produced with 4 mb cross section (34)
159Tb(p,n)152Tb 97 244 (50)
natGd (d,x)152, 155, 161Tb 49.2 152Tb = 98.2 151, 154, 156, 160Tb isotopes are co-produced (37)
42.1 155Tb = 376
10.9 161Tb = 234
natGd (d,x)152, 161Tb 21.1 155Tb = 269 156, 160Tb isotopes are co-produced (38)
9.6 161Tb = 39
natGd (d,x)152, 155Tb 33.34 152Tb = 14.4 153, 154m1, 154m2, 156g, 160Tb and 153, 159Gd isotopes are co-produced in high quantity (39)
24.56 155Tb = 317.7
natGd (a,x)155Tb 73.4 304.43 (51)
141Pr(12C,xn)149Tb 77.4 408 (44)
141Pr(14N,p5n)149Tb 101 220
141Pr(12C,xn)149−151Tb 62.1 149Tb = 27.3 Very high production cross section of 149Gd (45)
52.9 150Tb = 36.4
54.1 151Tb = 32.7
152Sm(7Li,4n)155Tb 38 669 (52)