The excitation functions of dissipative products have been measured in the reaction Al-27+Al-27 at incident energies from 114 to 127 MeV in steps of 200keV. Detection angles vary continuously from 10.4 degrees to 57.4 degrees ill laboratory system. An angular coherent with more than 40 degrees in center of mass is obtained. The results from the analysis of excitation functions with nonself-averaging are characterised by a quasi-periodic long-range energy structure embedded in the disorder Ericson fluctuation.

The excitation functions of dissipative products have been measured in the reaction Al-27+Al-27 at incident energies from 114 to 127 MeV in steps of 200keV. Detection angles vary continuously from 10.4 degrees to 57.4 degrees ill laboratory system. An angular coherent with more than 40 degrees in center of mass is obtained. The results from the analysis of excitation functions with nonself-averaging are characterised by a quasi-periodic long-range energy structure embedded in the disorder Ericson fluctuation.

Non-equilibrium statistic features in dissipative heavy ion collision Al-27+Al-27

Wang Q;MUSUMARRA, Agatino;ROMANO, Stefano;TUDISCO, SALVATORE;
1999-01-01

Abstract

The excitation functions of dissipative products have been measured in the reaction Al-27+Al-27 at incident energies from 114 to 127 MeV in steps of 200keV. Detection angles vary continuously from 10.4 degrees to 57.4 degrees ill laboratory system. An angular coherent with more than 40 degrees in center of mass is obtained. The results from the analysis of excitation functions with nonself-averaging are characterised by a quasi-periodic long-range energy structure embedded in the disorder Ericson fluctuation.
1999
The excitation functions of dissipative products have been measured in the reaction Al-27+Al-27 at incident energies from 114 to 127 MeV in steps of 200keV. Detection angles vary continuously from 10.4 degrees to 57.4 degrees ill laboratory system. An angular coherent with more than 40 degrees in center of mass is obtained. The results from the analysis of excitation functions with nonself-averaging are characterised by a quasi-periodic long-range energy structure embedded in the disorder Ericson fluctuation.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.11769/47456
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