Abstract
The inclusive partial photoneutron cross sections and the total photoneutron cross section\(\sigma ^{(1)} (E_\gamma ) = \sum\limits_{i = 1}^{i_{\max } } {\sigma (\gamma ,in...)} \) for natural Zr have been measured from 8 MeV to 134 MeV, with monochromatic photons obtained by in flight annihilation of monoenergetic positrons. The integrated total photoneutron cross section up tillE γ=140 MeV is (1.59±0.11)σ 0, whereσ 0 is the Thomas-Reiche-Kuhn sum-rule. The integrated total photonuclear absorption cross section is evaluated to be (1.73±0.15)σ 0. The behaviour of the total photoneutron cross section as a function of Eγ, in the 40 MeV <E γ<140 MeV energy range, is well described by a modified version of the quasideuteron model.
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Veyssière, A., Beil, H., Bergère, R. et al. Experimental photoneutron cross sections of natural zirconium from 8 MeV to 134 MeV. Z Physik A 306, 139–148 (1982). https://doi.org/10.1007/BF01415483
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DOI: https://doi.org/10.1007/BF01415483