Excitation functions and yields for 123I production using the 127I(p, 5n) 123Xe reaction

S. R. Wilkins; S. T. Shimore; H. H. Hines; J. A. Jungerman; F. Hegedus; Gerald L Denardo

doi:10.1016/0020-708X(75)90162-3

Excitation functions and yields for 123I production using the 127I(p, 5n) 123Xe reaction

S. R. Wilkins, S. T. Shimore, H. H. Hines, J. A. Jungerman, F. Hegedus, Gerald L Denardo

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22 Scopus citations

Abstract

Excitation functions and yields are described for ¹²³I production via the ¹²⁷I(p, 5n) ¹²³Xe{A figure is presented}¹²³I reaction. The ¹²³Xe and ¹²⁵Xe excitation functions were determined experimentally by irradiating thin (2 MeV thick) ¹²⁷I targets at the Crocker Nuclear Laboratory. The ¹²³Xe excitation function is used to obtain ¹²³Xe yield as a function of target thickness for commonly used target materials and for different incident proton energies. These results indicate that yields of several curies per hour of ¹²³Xe are possible using a 10μA proton beam. Radio-chemical impurities were measured and found to be small.

Original language	English (US)
Pages (from-to)	279-283
Number of pages	5
Journal	The International Journal Of Applied Radiation And Isotopes
Volume	26
Issue number	5
DOIs	https://doi.org/10.1016/0020-708X(75)90162-3
State	Published - 1975

ASJC Scopus subject areas

Nuclear Energy and Engineering
Radiology Nuclear Medicine and imaging
Radiation

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Wilkins, S. R., Shimore, S. T., Hines, H. H., Jungerman, J. A., Hegedus, F., & Denardo, G. L. (1975). Excitation functions and yields for 123I production using the 127I(p, 5n) 123Xe reaction. The International Journal Of Applied Radiation And Isotopes, 26(5), 279-283. https://doi.org/10.1016/0020-708X(75)90162-3

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title = "Excitation functions and yields for 123I production using the 127I(p, 5n) 123Xe reaction",

abstract = "Excitation functions and yields are described for 123I production via the 127I(p, 5n) 123Xe{A figure is presented} 123I reaction. The 123Xe and 125Xe excitation functions were determined experimentally by irradiating thin (2 MeV thick) 127I targets at the Crocker Nuclear Laboratory. The 123Xe excitation function is used to obtain 123Xe yield as a function of target thickness for commonly used target materials and for different incident proton energies. These results indicate that yields of several curies per hour of 123Xe are possible using a 10μA proton beam. Radio-chemical impurities were measured and found to be small.",

author = "Wilkins, {S. R.} and Shimore, {S. T.} and Hines, {H. H.} and Jungerman, {J. A.} and F. Hegedus and Denardo, {Gerald L}",

year = "1975",

doi = "10.1016/0020-708X(75)90162-3",

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T1 - Excitation functions and yields for 123I production using the 127I(p, 5n) 123Xe reaction

AU - Wilkins, S. R.

AU - Shimore, S. T.

AU - Hines, H. H.

AU - Jungerman, J. A.

AU - Hegedus, F.

AU - Denardo, Gerald L

PY - 1975

Y1 - 1975

N2 - Excitation functions and yields are described for 123I production via the 127I(p, 5n) 123Xe{A figure is presented} 123I reaction. The 123Xe and 125Xe excitation functions were determined experimentally by irradiating thin (2 MeV thick) 127I targets at the Crocker Nuclear Laboratory. The 123Xe excitation function is used to obtain 123Xe yield as a function of target thickness for commonly used target materials and for different incident proton energies. These results indicate that yields of several curies per hour of 123Xe are possible using a 10μA proton beam. Radio-chemical impurities were measured and found to be small.

AB - Excitation functions and yields are described for 123I production via the 127I(p, 5n) 123Xe{A figure is presented} 123I reaction. The 123Xe and 125Xe excitation functions were determined experimentally by irradiating thin (2 MeV thick) 127I targets at the Crocker Nuclear Laboratory. The 123Xe excitation function is used to obtain 123Xe yield as a function of target thickness for commonly used target materials and for different incident proton energies. These results indicate that yields of several curies per hour of 123Xe are possible using a 10μA proton beam. Radio-chemical impurities were measured and found to be small.

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