Activation of 115Inm by single pulses of intense bremsstrahlung

C. B. Collins; J. A. Anderson; Y. Paiss; C. D. Eberhard; R. J. Peterson; W. L. Hodge

doi:10.1103/PhysRevC.38.1852

Activation of 115Inm by single pulses of intense bremsstrahlung

C. B. Collins, J. A. Anderson, Y. Paiss, C. D. Eberhard, R. J. Peterson, W. L. Hodge

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Abstract

A new technique has been recently described for the absolute calibration of intense sources of pulsed radiation in the 0.21.5 MeV range of photon energies. An activation technique, it depended upon the storage of samples of the irradiating spectrum in the form of populations of nuclei excited to isomeric states with lifetimes of seconds to hours. Described here is the use of such a calibrated source to resolve severe conflicts in previous studies of the reaction In115()115Inm through the 1078 keV J=(5/2+ level; this mode has traditionally served as the archetype for () reactions. We report an integrated cross section of (18.7±2.7)×10-2 cm2 keV with no evidence of any importance of nonresonant channels of excitation.

Original language	English (US)
Pages (from-to)	1852-1856
Number of pages	5
Journal	Physical Review C
Volume	38
Issue number	4
DOIs	https://doi.org/10.1103/PhysRevC.38.1852
State	Published - 1988

ASJC Scopus subject areas

Nuclear and High Energy Physics

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abstract = "A new technique has been recently described for the absolute calibration of intense sources of pulsed radiation in the 0.21.5 MeV range of photon energies. An activation technique, it depended upon the storage of samples of the irradiating spectrum in the form of populations of nuclei excited to isomeric states with lifetimes of seconds to hours. Described here is the use of such a calibrated source to resolve severe conflicts in previous studies of the reaction In115()115Inm through the 1078 keV J=(5/2+ level; this mode has traditionally served as the archetype for () reactions. We report an integrated cross section of (18.7±2.7)×10-2 cm2 keV with no evidence of any importance of nonresonant channels of excitation.",

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T1 - Activation of 115Inm by single pulses of intense bremsstrahlung

AU - Collins, C. B.

AU - Anderson, J. A.

AU - Paiss, Y.

AU - Eberhard, C. D.

AU - Peterson, R. J.

AU - Hodge, W. L.

PY - 1988

Y1 - 1988

N2 - A new technique has been recently described for the absolute calibration of intense sources of pulsed radiation in the 0.21.5 MeV range of photon energies. An activation technique, it depended upon the storage of samples of the irradiating spectrum in the form of populations of nuclei excited to isomeric states with lifetimes of seconds to hours. Described here is the use of such a calibrated source to resolve severe conflicts in previous studies of the reaction In115()115Inm through the 1078 keV J=(5/2+ level; this mode has traditionally served as the archetype for () reactions. We report an integrated cross section of (18.7±2.7)×10-2 cm2 keV with no evidence of any importance of nonresonant channels of excitation.

AB - A new technique has been recently described for the absolute calibration of intense sources of pulsed radiation in the 0.21.5 MeV range of photon energies. An activation technique, it depended upon the storage of samples of the irradiating spectrum in the form of populations of nuclei excited to isomeric states with lifetimes of seconds to hours. Described here is the use of such a calibrated source to resolve severe conflicts in previous studies of the reaction In115()115Inm through the 1078 keV J=(5/2+ level; this mode has traditionally served as the archetype for () reactions. We report an integrated cross section of (18.7±2.7)×10-2 cm2 keV with no evidence of any importance of nonresonant channels of excitation.

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Activation of 115Inm by single pulses of intense bremsstrahlung

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