Abstract
A review is made of the present status concerning the production of hot nuclei above 5 MeV temperature, concentrating mainly on the possible experimental evidences for the attainment of a critical temperature, on the existence of dynamical limitations to the energy deposition and on the experimental signatures for the formation of hot spinning nuclei. The data strongly suggest a nuclear disassembly in collisions involving very heavy ions at moderate incident velocities. Furthermore, hot nuclei seem to be quite stable against rotation on a short time scale. (author) 26 refs.; 12 figs.
Citation Formats
Guerreau, D.
Hot nuclei: high temperatures, high angular momenta. Towards nuclear disassembly.
France: N. p.,
1991.
Web.
Guerreau, D.
Hot nuclei: high temperatures, high angular momenta. Towards nuclear disassembly.
France.
Guerreau, D.
1991.
"Hot nuclei: high temperatures, high angular momenta. Towards nuclear disassembly."
France.
@misc{etde_10126705,
title = {Hot nuclei: high temperatures, high angular momenta. Towards nuclear disassembly}
author = {Guerreau, D}
abstractNote = {A review is made of the present status concerning the production of hot nuclei above 5 MeV temperature, concentrating mainly on the possible experimental evidences for the attainment of a critical temperature, on the existence of dynamical limitations to the energy deposition and on the experimental signatures for the formation of hot spinning nuclei. The data strongly suggest a nuclear disassembly in collisions involving very heavy ions at moderate incident velocities. Furthermore, hot nuclei seem to be quite stable against rotation on a short time scale. (author) 26 refs.; 12 figs.}
place = {France}
year = {1991}
month = {Dec}
}
title = {Hot nuclei: high temperatures, high angular momenta. Towards nuclear disassembly}
author = {Guerreau, D}
abstractNote = {A review is made of the present status concerning the production of hot nuclei above 5 MeV temperature, concentrating mainly on the possible experimental evidences for the attainment of a critical temperature, on the existence of dynamical limitations to the energy deposition and on the experimental signatures for the formation of hot spinning nuclei. The data strongly suggest a nuclear disassembly in collisions involving very heavy ions at moderate incident velocities. Furthermore, hot nuclei seem to be quite stable against rotation on a short time scale. (author) 26 refs.; 12 figs.}
place = {France}
year = {1991}
month = {Dec}
}