1971
DOI: 10.1103/physrevc.3.882
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Fragment Production in the Interaction of 5.5-GeV Protons with Uranium

Abstract: 'ABSTRACTThe energy spectra of nuclear fragments produced by the interaction of 5.5-GeV protons with uranium have been determined at several laboratory angles by means of dE/dx -E measurements with semiconductor detector telescopes. Individual isotopes of the elements from hydrogen to carbon were resolved and from nitrogen to argon the study was continued for the elements without isotopic separation. The evaporation-like energy spectra were integrated to obtain angular distributions and total cross sections fo… Show more

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Cited by 180 publications
(57 citation statements)
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“…1. In the figure isotherms are drawn for various temperatures (10,12,14,15,15.64 and 17 MeV). The pressure contributed by kinetic energy was calculated in the finite temperature Fermi-gas model.…”
Section: Liquid Gas Phase Transition In Nuclear Mean-field Theorymentioning
confidence: 99%
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“…1. In the figure isotherms are drawn for various temperatures (10,12,14,15,15.64 and 17 MeV). The pressure contributed by kinetic energy was calculated in the finite temperature Fermi-gas model.…”
Section: Liquid Gas Phase Transition In Nuclear Mean-field Theorymentioning
confidence: 99%
“…Multifragmentation was seen in high-energy proton-nucleus collisions [15][16][17][18] before systematic studies were undertaken in nucleus-nucleus collisions. For a proton incident on a nucleus the picture is as follows.…”
Section: Experimental Overviewmentioning
confidence: 99%
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“…13 Reference 12 provides measured neutron/proton ratios, which are subsequently used to estimate the numbers of slow neutrons. Table 5 shows that there is a ~onsiderable unobserved mass at 5 GeV but that in collisions leading to the emission of fragments of A= 30 at 42 GeV~ the trigger fragment, the fast particles, and the slow charged particles and neutrons account for almost the entire mass of the target-projectile combination.…”
Section: G Coulomb Features Of the Spectramentioning
confidence: 99%
“…Much mpre difficult is the estimation of the contribution of fragments having energies exceeding the Coulomb barrier. Direct counter techniques of Poskanzer, Butler and Hyde [21] lead to the result that part of the fragments with lower Z exceeds the Coulomb barrier. For example At shows tailing to higher energies.…”
Section: Production Of Actinide Nuclidesmentioning
confidence: 99%