Issue 2, 2015
Unfolding of anisotropic flow parameters in event-by-event analysis of heavy ion collisions
Unfolding of anisotropic flow parameters in event-by-event analysis of heavy ion collisions
E.N. Nazarova
In this review a new method of studying event-by-event distributions of azimuthal anizotropy of particles in heavy ion collisions introduced by ATLAS collaboration is discussed, as well as the analysis of distributions obtained by the method of approximation to true event-by-event distributions (Unfolding method). It is shown, that considered method of analysis is an effective tool for studying anizotropic flow fluctuations
Show AbstractTwo-proton radioactivity
Two-proton radioactivity
Ishkhanov B. S.
Two-proton radioactivity was predicted for even-Z nuclei for which due to the pairing force one proton emission is energetically forbidden. The two-proton emission is essentially governed by the Coulomb and centrifugal barriers. Two-proton radioactivity is sensitive to nuclear structure and emission process itself. A model which treats the emission dynamics reasonably well is the three-body model.
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