Experimental determination of fragment excitation energies in multifragmentation events
Clicks: 167
ID: 270319
1998
Article Quality & Performance Metrics
Overall Quality
Improving Quality
0.0
/100
Combines engagement data with AI-assessed academic quality
Reader Engagement
Emerging Content
5.4
/100
18 views
18 readers
Trending
AI Quality Assessment
Not analyzed
Abstract
For 50 MeV/nucleon 129Xe+natSn multifragmentation events, we deduced, by means of correlation techniques, the multiplicities of the hydrogen and helium isotopes which were emitted by the hot primary excited fragments produced at the stage of the disassembly of an equilibrated hot source. We also derived the relative kinetic energy distributions between the primary clusters and the light charged particles that they evaporate. From the comparison between the secondary multiplicities observed experimentally and the multiplicities predicted by the GEMINI model, we concluded that the source breaks into primary fragments which are characterized by the same N/Z ratio as the combined system. Knowing the secondary light charged particle multiplicities and kinetic energies, we reconstructed the average charges of the hot fragments and we estimated their mean excitation energies. The fragment excitation energies are equal to 3.0 MeV/nucleon for the full range of intermediate mass fragment atomic number. This global constancy indicates that, on the average, thermodynamical equilibrium was achieved at the disassembly stage of the source.
| Reference Key |
wada1998physicalexperimental
Use this key to autocite in the manuscript while using
SciMatic Manuscript Manager or Thesis Manager
|
|---|---|
| Authors | N. Marie,A. Chbihi,J. B. Natowitz,A. Le Fèvre,S. Salou,J. P. Wieleczko,L. Gingras,M. Assenard,G. Auger,Ch. O. Bacri,F. Bocage,B. Borderie,R. Bougault,R. Brou,P. Buchet,J. L. Charvet,J. Cibor,J. Colin,D. Cussol,R. Dayras,A. Demeyer,D. Doré,D. Durand,P. Eudes,J. D. Frankland,E. Galichet,E. Genouin-Duhamel,E. Gerlic,M. Germain,D. Gourio,D. Guinet,K. Hagel,P. Lautesse,J. L. Laville,J. F. Lecolley,T. Lefort,R. Legrain,N. Le Neindre,O. Lopez,M. Louvel,Z. Majka,A. M. Maskay,L. Nalpas,A. D. Nguyen,Marian Parlog,J. Péter,E. Plagnol,A. Rahmani,T. Reposeur,M. F. Rivet,E. Rosato,F. Saint-Laurent,J. C. Steckmeyer,M. Stern,G. Tabacaru,B. Tamain,O. Tirel,E. Vient,C. Volant,R. Wada;N. Marie;A. Chbihi;J. B. Natowitz;A. Le Fèvre;S. Salou;J. P. Wieleczko;L. Gingras;M. Assenard;G. Auger;Ch. O. Bacri;F. Bocage;B. Borderie;R. Bougault;R. Brou;P. Buchet;J. L. Charvet;J. Cibor;J. Colin;D. Cussol;R. Dayras;A. Demeyer;D. Doré;D. Durand;P. Eudes;J. D. Frankland;E. Galichet;E. Genouin-Duhamel;E. Gerlic;M. Germain;D. Gourio;D. Guinet;K. Hagel;P. Lautesse;J. L. Laville;J. F. Lecolley;T. Lefort;R. Legrain;N. Le Neindre;O. Lopez;M. Louvel;Z. Majka;A. M. Maskay;L. Nalpas;A. D. Nguyen;Marian Parlog;J. Péter;E. Plagnol;A. Rahmani;T. Reposeur;M. F. Rivet;E. Rosato;F. Saint-Laurent;J. C. Steckmeyer;M. Stern;G. Tabacaru;B. Tamain;O. Tirel;E. Vient;C. Volant;R. Wada; |
| Journal | physical review c |
| Year | 1998 |
| DOI |
10.1103/physrevc.58.256
|
| URL | |
| Keywords |
Citations
No citations found. To add a citation, contact the admin at info@scimatic.org
Comments
No comments yet. Be the first to comment on this article.