Neutron-proton capture total cross section between 38 and 73 MeV
(1978) Few Body Systems and Nuclear Forces 1 — Location: Graz, Austria (24.August.1978)
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- Abstract
- Summary form only given, substantially as follows. The authors have measured the n-p capture total cross section at 38, 43, 48, 53, 58, 63 and 73 MeV; this energy range overlaps the questioned region of the deuteron photodisintegration. Neutrons are produced by the /sup 7/Li(p,n) reaction at 0 degrees . Deuterons from capture processes are emitted in a narrow forward cone (less than +/-7 degrees ); the time of flight between two NE102 scintillators, as well as Delta E and E signals from those scintillators, are used to select deuterons. Protons from n-p elastic scattering at 3 degrees lab are also detected. The capture total cross section is thus normalized to the well-known n-p differential cross section at backward c.m. angles.
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Citations
Bosman, M., Bol, A., Gilot, J. F., Leleux, P., Lipnik, P., & Macq, P. (1978). Neutron-proton capture total cross section between 38 and 73 MeV. In Zingl, H.; Haftel, M.; Zankel, H.; (ed.), Few Body Systems and Nuclear Forces 1 (p. p. 54). Springer-verlag. https://hdl.handle.net/2078.5/222700