1971
DOI: 10.1524/ract.1971.16.34.148
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The Production of Iodine and Bromine Isotopes from Uranium at High Proton Energies

Abstract: The ranges of radioactive iodine and bromine isotopes produced at 0.55 GeV and 18 GeV in uranium are determined. At 0.55 GeV the ranges of all isotopes are mass-independent, indicating that at this energy iodine and bromine isotopes are fission products. At 18 GeV, the ranges of neutron-deficient products decrease by a factor of two. A step-like range-vs.-isotopic mass is observed for iodine and also to some extent for bromine. The results of the range and yield measurements are qualitatively discussed in this… Show more

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Cited by 9 publications
(1 citation statement)
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“…But, for lack of as complete distributions as these of Chaumont, we have used some other experimental results concerning cross sections and recoil properties of deep spallation products in uranium. The most numerous of these results concern iodin isotopes formed by 18 GeV protons [23,33] and xenon isotopes formed by 11.5, 18 and 28 GeV protons [27,34,35]. As explained above, the…”
Section: Isotopic Distribution Of Deep Spallation Productsmentioning
confidence: 96%
“…But, for lack of as complete distributions as these of Chaumont, we have used some other experimental results concerning cross sections and recoil properties of deep spallation products in uranium. The most numerous of these results concern iodin isotopes formed by 18 GeV protons [23,33] and xenon isotopes formed by 11.5, 18 and 28 GeV protons [27,34,35]. As explained above, the…”
Section: Isotopic Distribution Of Deep Spallation Productsmentioning
confidence: 96%