Inelastic Scattering of Protons by Neon |
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1.64 Mev gamma 1.64 Mev radiation accuracy accurate additional angular distribution Appendix approximately assignment background Barns calculated calibration carbon cent centimeter chamber checked complete Compton computed correction counts cross section crystal curve decay detailed detector determine discriminator dotted effect efficiency elastic electron entire error excitation expected experiment experimental Figure Figure 15 foil function gamma radiation gamma ray energy geometry given greater ground Haeberli and Galonsky incident inelastic scattering integral intensity isotopic known LEAD less level width locations measured Mev gamma ray neon normalized nucleus observed obtained particle peak photomultiplier Phys platinum possible present produced proton bombardment proton energy PROTON ENERGY MEV pulse height distribution reaction record relative represents resonance response scale shield shown shows single channel analyzer spectrum Standards statistical Table Thesis tion wave yield zero