Production of 7Be from proton bombardment of light elements
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Cited by (11)
Activation cross sections for production of <sup>7</sup>Be by proton and deuteron induced reactions on <sup>9</sup>Be: Protons up to 65MeV and deuterons up to 50MeV
2014, Applied Radiation and IsotopesCitation Excerpt :For the 9Be(p,x)7Be reaction a confirmation of data obtained 60 years ago by Cohen and Handley (1954) in the same energy region (threshold to 25 MeV) was found and the excitation function allows to distinguish the importance of triton emission at low energy. At higher energies our data are in good agreement with the nearly constant cross section for the 9Be(p,p2n)7Be reaction found by Inoue and Tanaka (1976) and Aleksandrov et al. (1990). We can conclude that the combined results of our three irradiations give a physically consistent excitation function for proton production of 7Be on 9Be targets from threshold up to 65 MeV.
Boron carbide as a target for the SPES project
2013, Journal of Nuclear MaterialsCitation Excerpt :For this reason, a high rate of production of 7Be isotopes is expected. Inoue et al. [23] reported the formation of 7Be isotopes during proton bombardment of natural boron nuclei, with a 10 mb cross section for the reaction natB(p,x)7Be in conditions of 40 MeV proton impinging beam. In the aforementioned reaction, x represents the various sub-products of the interaction of the protons with the two different isotopes present in natural boron, 10B (19.8 at.
Measurement of proton production cross sections of <sup>10</sup>Be and <sup>26</sup>Al from elements found in lunar rocks
1997, Nuclear Instruments and Methods in Physics Research, Section B: Beam Interactions with Materials and AtomsInvestigation of the charged particle nuclear reactions on natural boron for the purposes of the thin layer activation (TLA)
1995, Nuclear Inst. and Methods in Physics Research, BNuclear activation techniques for wall material transport measurements in tokamaks
1982, Nuclear Instruments and Methods In Physics ResearchEnergy levels of light nuclei A = 11-12
1980, Nuclear Physics, Section A