The first measurements of the response of diamond detectors to neutrons in the energy range 17β34MeV are presented. The diamond detectors were irradiated with quasi-monoenergetic neutrons generatedthrough the 7Li(p,n)7Be reaction. The measured pulse-height spectra show specific peaks associated to neutroninduced reactions in carbon. The peak of the 12C(n,πΌ0)9Be was clearly separated from the rest of thespectra. The 12C(n,d0)11B and 12C(n,p0)12B peaks were clearly identified on a continuum originating fromthe breakup 12C(n,3πΌ) reaction, which dominates the low-energy part of the pulse-height spectra. The 12C(n,πΌ0)9Be, 12C(n,d0)11B and 12C(n,p0)12B cross sections that have never been measured in this high-energy rangebefore were determined. The measured data are compared with the European Activation File EAF-2010 libraryevaluated values.
MAJERLE M.;
ANGELONE M.;
KRASA Antonin;
NOVAK J.;
PILLON M.;
PILOTTI Riccardo;
PLOMPEN Arjan;
SIMECKOVA E.;
STEFANIK M.;
2020-01-17
ELSEVIER SCIENCE BV
JRC116942
0168-9002 (online),
https://publications.jrc.ec.europa.eu/repository/handle/JRC116942,
10.1016/j.nima.2019.163014 (online),
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