R
R. Rui
Researcher at Michigan State University
Publications - 3
Citations - 27
R. Rui is an academic researcher from Michigan State University. The author has contributed to research in topics: Decay scheme & Neutron. The author has an hindex of 1, co-authored 3 publications receiving 27 citations.
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Journal ArticleDOI
Multifragment production in Au+Au at 35 MeV/u
M. D'Agostino,P. F. Mastinu,P. M. Milazzo,M. Bruno,D. R. Bowman,P. Buttazzo,L. Celano,Nicola Colonna,J. D. Dinius,A. Ferrero,M. L. Fiandri,C. K. Gelbke,T. Glasmacher,F. Gramegna,D. O. Handzy,D. Horn,W. C. Hsi,M. J. Huang,I. Iori,Gerd Joachim Kunde,M. A. Lisa,W. G. Lynch,L. Manduci,Giacomo Vito Margagliotti,C. P. Montoya,A. Moroni,Graham F. Peaslee,F. Petruzzelli,L. Phair,R. Rui,Cornelius Schwarz,M. B. Tsang,G. Vannini,C. Williams +33 more
TL;DR: In this paper, the authors measured multifragment disintegration with a high efficiency detection system for the reaction Au + Au at E / A = 35 MeV, using event shape analysis and the comparison with the predictions of a many-body trajectories calculation.
Signals of a critical behavior in peripheral Au + Au collisions at 35-MeV/nucleon
P. F. Mastinu,J. D. Dinius,C. P. Montoya,A. Moroni,D. R. Bowman,Lisa,C. Williams,F. Gramegna,A. Bonasera,F. Petruzzelli,Graham F. Peaslee,Vito Latora,M. D'Agostino,T. Glasmacher,I. Iori,M. J. Huang,W. G. Lynch,C. Schwarz,A. Ferrero,P. M. Milazzo,W. C. Hsi,G. Vannini,M. Bruno,C. K. Gelbke,G. J. Kunde,M. B. Tsang,M. L. Fiandri,R. Rui,D. Horn,G. V. Margagliotti,Mohamed Belkacem,D. O. Handzy +31 more
Book ChapterDOI
Nuclear temperature measurement and secondary decay
Hongfei Xi,M. J. Huang,W. G. Lynch,M. B. Tsang,J. D. Dinius,S. J. Gaff,C. K. Gelbke,T. Glasmacher,G. J. Kunde,L. Martin,C. P. Montoya,M. Azzano,Giacomo Vito Margagliotti,P. M. Milazzo,R. Rui,G. Vannini,L. Celano,Nicola Colonna,G. Tagliente,M. D'Agostino,M. Bruno,M. L. Fiandri,F. Gramegna,A. Ferrero,I. Iori,A. Moroni,F. Petruzzelli,P. F. Mastinu +27 more
TL;DR: In this paper, the authors show experimental results for temperature measurements both form excited states population and double isotope ratios, and compare experimental data to a model which take care of secondary decays carefully.