A search for P-odd and P-even correlations in the 35Cl(n,p)35S reaction

New Evaluation of Neutron Nuclear Data for Zinc Isotopes

“…In particular, neutron cross sections of 64 Zn are needed for the design of fusion reactor and the evaluation of radiation damage in the structural materials of reactors. 6,7) In this paper, we present completely new evaluation of the neutron nuclear data for all the stable Zn isotopes in the incident neutron energy range from 10 À5 eV to 20 MeV. The methods of the present nuclear model calculation and adopted input parameters are explained in Chap.…”

R-Matrix Evaluation of Cl Neutron Cross Sections up to 1.2 MeV

“…However, an earlier proton-emission measurement by Schroder, et al [17] gave a thermal cross section of 466 ± 40 mb, a value based on σ thermal = 4.30 ± 0.34 b for 40 K(n,p 0 ). Furthermore, Gledenov, et al [18] recently reported a much larger value, 575 ± 13 mb, for the 35 Cl(n,p) thermal cross section. In the 35 Cl(n,p) analysis we tried data normalizations that corresponded to varying the thermal (n,p) cross section from 440 to 483 mb.…”

Response functions of Cs2LiYCl6: Ce scintillator to neutron and gamma radiation

“…The 35 Cl(n,p) 35 S reaction has been studied in one of our publications [12] . The cross section of this reaction ( Figure 1) is significant in the region, from few hundred keV to10MeV, where currently the major deployed neutron detectors have a deficiency due to sensor small cross section (and consequently lower sensitivity).…”

“…When a neutron interacts with 35 Cl, the emitted proton deposits its energy in the crystal and similarly to alpha particles in 6 Li(n,α), a peak of 615 keV for thermal neutrons, and a second peak the position of which varies linearly with the energy of the incident neutron should be observed. In Figure 10, the pulse height spectra measured with a double grid ionization chamber irradiated with thermal neutron, is presented [12] .…”

“…Pulse height spectra from 35 Cl(n, p) 35 S irradiated with thermal neutrons[12] Pulse height spectra when the crystal has been irradiated with 2.The crystals have been modeled in MCNPX and tested with thermal and fast neutrons as well as with gamma radiation.…”