Complete hydrogen and helium particle spectra from 30- to 60-MeV proton bombardment of nuclei with A = 12 to 209 and comparison with the intranuclear cascade model.
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Engineering topics
Publications and source records attributed to Peelle, R. W..
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Experiments have been performed to validate and to supplement the intranuclear cascade model as a method for estimating cross sections of importance to spacecraft shield design. The experimental situation is inconclusive particularly for neutron-producing reactions, but is relatively sound for reaction cross sections and for proton spectra at several hundred MeV at medium forward angles. Secondary photon contributions are imprecisely known.
Tabulated differential cross sections are presented for the production, at angles of 15, 20, 25, and 40 deg, of proton, deuteron, triton, helium-3, and alpha particles from Ni-60 bombarded by 62-MeV protons. Continuum cross sections are listed in about 1-MeV bins for energies above lower cutoffs which range from 4 to 15 MeV for the different types of exit particles. Only the integral cross section is known for a considerable energy range within each spectrum. The proton, deuteron, and alpha particle cross sections are the same in the continuum range region above the evaporation peak as those cross sections previously observed for Fe-54 and Fe-56, but the corresponding yield of tritons is higher from Ni-60 and Fe-56 than from Fe-54.
Improved intranuclear cascade model for estimating cross sections in spacecraft shield design
Differential cross sections for hydrogen and helium particles from proton irradiation of Sn-120
Tabulated cross sections for hydrogen and helium particles produced by protons on Fe-54
Tabulated differential cross sections for hydrogen and helium particles
Tabulated cross sections for hydrogen and helium particles produced by 61 MeV on iron 56
Cross sections for hydrogen and helium particles produced by 62 MeV and 29 MeV protons on aluminum-27
Organic phosphors detection efficiency for neutrons compared with Monte Carlo theretical calculations
Differential cross sections for secondary protons production in 160 Mev proton reactions on various target nuclei, obtaining angular distributions
Computerized solid state charged particle used in dE/dx telescope configuration
Nuclear cross sections and center of sphere dose calculations for spacecraft radiation shielding research
PDP-8 computer interface used with detector system for charged particle nuclear physics experiments
Energy scale for pulse height distributions from gamma ray spectrometers based on inorganic scintillators
Nuclear reaction cross section data for spacecraft shield design, and for determining radiation dose effect on astronauts
Efficiency measurements of organic phosphor scintillator for detecting 14.4 and 2.6 MeV neutrons
Differential cross sections for secondary proton production by proton incident beam on beryllium, carbon, water, aluminum, cobalt, and bismuth targets