Abstract
Fusion cross sections have been measured for the system {sup 16} O + {sup 144} Nd at bombarding energies in the range 67 MeV {<=}E{sub lab} {<=} 90 MeV by detecting directly evaporation residues in Si detectors and in the range 60 MeV {<=}E{sub lab}{<=} 75 MeV by off-line detection of the K X-rays emitted by the radioactive evaporation residues and daughters. In order to obtain the spin distributions in the compound system gamma-ray multiplicity distributions for the most important neutron evaporation channels were also measured using a 4{pi} - BaF{sub 2} array, in conjunction with Ge detectors. Results are compared with calculations based on models that consider fluctuations in barrier height due to ground state zero point vibrations as well as couplings to various inelastic and transfer channels.
Duchene, G;
Romain, P;
Beck, F A;
Benet, P;
Disdier, D;
Haas, B;
Lott, B;
Rauch, V;
Scheibling, F;
Vivien, J P;
[1]
Basu, S K;
[2]
Bozek, E;
Zuber, K;
[3]
Di Gregorio, D E;
Fernandez-Niello, J
[4]
- Strasbourg-1 Univ., 67 (France). Centre de Recherches Nucleaires
- Bhabha Atomic Research Centre, Calcutta (India). Variable Energy Cyclotron Project
- Institute of Nuclear Physics, Cracow (Poland)
- Comision Nacional de Energia Atomica, Buenos Aires (Argentina). Dept. de Fisica
Citation Formats
Duchene, G, Romain, P, Beck, F A, Benet, P, Disdier, D, Haas, B, Lott, B, Rauch, V, Scheibling, F, Vivien, J P, Basu, S K, Bozek, E, Zuber, K, Di Gregorio, D E, and Fernandez-Niello, J.
Angular momentum distributions for {sup 16}O + {sup 144}Nd.
France: N. p.,
1992.
Web.
Duchene, G, Romain, P, Beck, F A, Benet, P, Disdier, D, Haas, B, Lott, B, Rauch, V, Scheibling, F, Vivien, J P, Basu, S K, Bozek, E, Zuber, K, Di Gregorio, D E, & Fernandez-Niello, J.
Angular momentum distributions for {sup 16}O + {sup 144}Nd.
France.
Duchene, G, Romain, P, Beck, F A, Benet, P, Disdier, D, Haas, B, Lott, B, Rauch, V, Scheibling, F, Vivien, J P, Basu, S K, Bozek, E, Zuber, K, Di Gregorio, D E, and Fernandez-Niello, J.
1992.
"Angular momentum distributions for {sup 16}O + {sup 144}Nd."
France.
@misc{etde_10154068,
title = {Angular momentum distributions for {sup 16}O + {sup 144}Nd}
author = {Duchene, G, Romain, P, Beck, F A, Benet, P, Disdier, D, Haas, B, Lott, B, Rauch, V, Scheibling, F, Vivien, J P, Basu, S K, Bozek, E, Zuber, K, Di Gregorio, D E, and Fernandez-Niello, J}
abstractNote = {Fusion cross sections have been measured for the system {sup 16} O + {sup 144} Nd at bombarding energies in the range 67 MeV {<=}E{sub lab} {<=} 90 MeV by detecting directly evaporation residues in Si detectors and in the range 60 MeV {<=}E{sub lab}{<=} 75 MeV by off-line detection of the K X-rays emitted by the radioactive evaporation residues and daughters. In order to obtain the spin distributions in the compound system gamma-ray multiplicity distributions for the most important neutron evaporation channels were also measured using a 4{pi} - BaF{sub 2} array, in conjunction with Ge detectors. Results are compared with calculations based on models that consider fluctuations in barrier height due to ground state zero point vibrations as well as couplings to various inelastic and transfer channels.}
place = {France}
year = {1992}
month = {Dec}
}
title = {Angular momentum distributions for {sup 16}O + {sup 144}Nd}
author = {Duchene, G, Romain, P, Beck, F A, Benet, P, Disdier, D, Haas, B, Lott, B, Rauch, V, Scheibling, F, Vivien, J P, Basu, S K, Bozek, E, Zuber, K, Di Gregorio, D E, and Fernandez-Niello, J}
abstractNote = {Fusion cross sections have been measured for the system {sup 16} O + {sup 144} Nd at bombarding energies in the range 67 MeV {<=}E{sub lab} {<=} 90 MeV by detecting directly evaporation residues in Si detectors and in the range 60 MeV {<=}E{sub lab}{<=} 75 MeV by off-line detection of the K X-rays emitted by the radioactive evaporation residues and daughters. In order to obtain the spin distributions in the compound system gamma-ray multiplicity distributions for the most important neutron evaporation channels were also measured using a 4{pi} - BaF{sub 2} array, in conjunction with Ge detectors. Results are compared with calculations based on models that consider fluctuations in barrier height due to ground state zero point vibrations as well as couplings to various inelastic and transfer channels.}
place = {France}
year = {1992}
month = {Dec}
}