Elsevier

Nuclear Physics

Volume 85, Issue 2, September 1966, Pages 476-480
Nuclear Physics

Measurement of (n, p) and (n, α) reaction cross sections at 14.8 MeV

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Abstract

Total cross sections for the following reactions have been measured by the activation technique at 14.8 MeV neutron energy:

15N(n, p)15C,16±4 mb,
16O(n, p)16N,29±2 mb,
19F(n, p)19O,51±10 mb,
23Na(n, p)23Ne,45±5 mb,
25Mg(n, p)25Na,54±6 mb,
34S(n, p)34P,32±8 mb,
100Ru(n, p)100Tc,15±6 mb,
102Ru(n, p)102Tc,2±0.5 mb,
19F(n, α)16N,24±5 mb,
26Mg(n, α)23Ne,83±7 mb,
37Cl(n, α)34P,28±10 mb,
71Ga(n, α)68Cu,60±4 mb,
103Rh(n, α)100Tc,80±7 mb.

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    The calculated curves pass through some experimental data within error bars. The calculated 34S (n, p) reaction cross sections are in agreement with the experimental data (Kasugai et al., 2000), and larger than the experimental data (Paul and Clarke, 1953; Bormann et al., 1967; Prasad and Sarkar, 1966; Ngoc et al., 1980; Gupta et al., 1985) as shown in Fig. 32. There are some experimental data (Huerlimann and Huber, 1955; Schmitt, 1958; Kumabe, 1958) of cross sections of 32S (n, α) reaction.

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