10 Figure 13.8 The percentage distribution of fission fragments 10-1 yielded by the thermal neutron induced fission of 235U. Notice 10-2 that asymmetric fission is much more probable than symmetric fission (equal masses). From R. D. 10-3 70 90 110 130 150 170 Evans, The Atomic Nucleus, New York: Mass number A McGraw-Hill (1955). Fission yield (%)
10 Figure 13.8 The percentage distribution of fission fragments 10-1 yielded by the thermal neutron induced fission of 235U. Notice 10-2 that asymmetric fission is much more probable than symmetric fission (equal masses). From R. D. 10-3 70 90 110 130 150 170 Evans, The Atomic Nucleus, New York: Mass number A McGraw-Hill (1955). Fission yield (%)
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Think carefully about the fi ssion process. Does it seem peculiar that symmetric fission is not the most probable? Does the distribution shown in Figure seem reasonable? Explain.
Transcribed Image Text:10
Figure 13.8 The percentage
distribution of fission fragments
10-1
yielded by the thermal neutron
induced fission of 235U. Notice
10-2
that asymmetric fission is much
more probable than symmetric
fission (equal masses). From R. D.
10-3
70
90
110
130
150
170
Evans, The Atomic Nucleus, New York:
Mass number A
McGraw-Hill (1955).
Fission yield (%)
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