Fission Product Yield Data for the Transmutation of Minor Actinide ...

3.
302
239 Pu NEUTRON INDUCED FISSION
Gindler et al. (1983) [I.12]
E n = 0.17 MeV
Post-neutron emission chain yield
Gindler et al. (1983) [I.12]
E n = 7.9 MeV
Post-neutron emission chain yield
Mass Yield (%) Uncertainty Mass Yield (%) Uncertainty
87 0.76 0.10
88 1.13 0.10
91 2.72 0.16
92 3.05 0.38
93 4.16 0.40
97 5.67 0.32
99 6.29 0.42
103 7.57 0.50
105 6.03 0.55
109 1.14 0.17
111 0.25 0.04
112 0.14 0.02
121 0.032 0.005
127 0.34 0.05
129 1.18 0.24
132 5.52 0.38
133 7.64 0.45
140 5.49 0.33
142 4.88 0.41
143 4.57 0.36
Ford (1976) [I.13]
E n = 14.0 MeV
Post-neutron emission chain yield
87 0.93 0.16
88 1.73 0.20
91 3.03 0.19
92 3.51 0.44
93 4.03 0.50
97 5.13 0.52
99 5.49 0.39
103 5.66 0.39
105 4.74 0.41
109 1.16 0.17
111 0.66 0.10
112 0.59 0.09
127 1.08 0.16
129 1.67 0.33
132 4.92 0.39
133 6.24 0.36
140 5.49 0.34
Laurec et al. (1981) [I.14]
E n = 14.7 MeV
Post-neutron emission chain yield
Mass Yield (%) Uncertainty Mass Yield (%) Uncertainty
89 2.12 0.21
97 4.38 0.44
109 2.50 0.25
111 2.078 0.21
112 1.380 0.14
140 4.19 0.42
144 2.87 0.29
147 1.89 0.19
156 0.230 0.023
161 0.0196 0.002
95 3.9600E+00 1.5444E–01
97 4.4000E+00 1.9800E–01
99 5.0400E+00 1.8144E–01
103 5.3000E+00 1.9610E–01
105 4.3000E+00 1.9780E–01
127 2.1700E+00 9.5480E–02
132 3.1500E+00 1.1655E–01
131 4.5500E+00 2.1840E–01
133 4.2500E+00 3.8250E–01
140 3.6000E+00 1.3680E–01
141 3.6800E+00 1.5088E–01
143 2.9300E+00 1.1720E–01
144 2.5900E+00 1.8907E–01
147 1.6400E+00 6.8880E–02