Abstract
One of the thrusts of the research program of the photonuclear tagging group is aimed at resolving the nature of the mechanism whereby a high energy photon ({approx} 100 MeV) causes protons, neutrons, and correlated p-n paris to be emitted from a nucleus. This report describes the results of a preliminary experiment where de-excitation {gamma} -rays were detected from states in {sup 15}N following the {sup 16}O({gamma},p) reaction. The feasibility of this experimental method in this energy region is discussed, and it is concluded that it will be possible to resolve the nature of the reaction mechanism using this method. 7 refs., 4 figs.
Kuzin, A;
Sims, D A;
Rassool, R P;
Thompson, M N;
[1]
Tetasawa, T;
Itoh, H;
Konno, O
[2]
- Melbourne Univ., Parkville, VIC (Australia). School of Physics
- Tohoku Univ., Sendai (Japan). Lab. of Nuclear Science
Citation Formats
Kuzin, A, Sims, D A, Rassool, R P, Thompson, M N, Tetasawa, T, Itoh, H, and Konno, O.
Measurement of de-excitation {gamma}-rays following the photodisintegration of {sup 16}O: a test of the quasi-deuteron model in photonuclear reactions above the GDR.
Australia: N. p.,
1994.
Web.
Kuzin, A, Sims, D A, Rassool, R P, Thompson, M N, Tetasawa, T, Itoh, H, & Konno, O.
Measurement of de-excitation {gamma}-rays following the photodisintegration of {sup 16}O: a test of the quasi-deuteron model in photonuclear reactions above the GDR.
Australia.
Kuzin, A, Sims, D A, Rassool, R P, Thompson, M N, Tetasawa, T, Itoh, H, and Konno, O.
1994.
"Measurement of de-excitation {gamma}-rays following the photodisintegration of {sup 16}O: a test of the quasi-deuteron model in photonuclear reactions above the GDR."
Australia.
@misc{etde_10113795,
title = {Measurement of de-excitation {gamma}-rays following the photodisintegration of {sup 16}O: a test of the quasi-deuteron model in photonuclear reactions above the GDR}
author = {Kuzin, A, Sims, D A, Rassool, R P, Thompson, M N, Tetasawa, T, Itoh, H, and Konno, O}
abstractNote = {One of the thrusts of the research program of the photonuclear tagging group is aimed at resolving the nature of the mechanism whereby a high energy photon ({approx} 100 MeV) causes protons, neutrons, and correlated p-n paris to be emitted from a nucleus. This report describes the results of a preliminary experiment where de-excitation {gamma} -rays were detected from states in {sup 15}N following the {sup 16}O({gamma},p) reaction. The feasibility of this experimental method in this energy region is discussed, and it is concluded that it will be possible to resolve the nature of the reaction mechanism using this method. 7 refs., 4 figs.}
place = {Australia}
year = {1994}
month = {Dec}
}
title = {Measurement of de-excitation {gamma}-rays following the photodisintegration of {sup 16}O: a test of the quasi-deuteron model in photonuclear reactions above the GDR}
author = {Kuzin, A, Sims, D A, Rassool, R P, Thompson, M N, Tetasawa, T, Itoh, H, and Konno, O}
abstractNote = {One of the thrusts of the research program of the photonuclear tagging group is aimed at resolving the nature of the mechanism whereby a high energy photon ({approx} 100 MeV) causes protons, neutrons, and correlated p-n paris to be emitted from a nucleus. This report describes the results of a preliminary experiment where de-excitation {gamma} -rays were detected from states in {sup 15}N following the {sup 16}O({gamma},p) reaction. The feasibility of this experimental method in this energy region is discussed, and it is concluded that it will be possible to resolve the nature of the reaction mechanism using this method. 7 refs., 4 figs.}
place = {Australia}
year = {1994}
month = {Dec}
}