We compute the populations of isotopes of Boron, Carbon and Nitrogen measured experimentally in intermediate energy heavy ion collisions. A two component soluble statistical model is used to find the initial populations of different nuclei at a finite temperature. These initial populations are both in particle stable and particle unstable states. The particle unstable states then decay. The final populations after these decays are computed and compared with experimental data
The recent attempts to extract the temperature in the late stage of medium energy (20–60 MeV/nucleon...
The production of heavy-mass elements due to the rapid neutron-capture mechanism (r-process) is asso...
We present a detailed study of chemical freeze-out in nucleus-nucleus collisions at beam energies of...
In tbis paper an attempt is made to derive some information concerning the prestellar stage at wbich...
Symmetry energy is a key quantity in the study of the equation of state of asymmetric nuclear matter...
Ratios of differential chemical potential values relative to the temperature, $({\ensuremath{\mu}}_{...
We present a new algorithm to identify fragments in computer simulations of relativistic heavy-ion c...
R. Thies et al.; 9 pags., 7 figs., 1 tab.Background: Models describing nuclear fragmentation and fra...
363-367A heavy-ion collision provides a unique opportunity to study the state of matter under extrem...
Calculations within the statistical multifragmentation model show that the neutron content of interm...
A great many observables seen in intermediate energy heavy ion collisions can be explained on the ba...
Studies of intermediate energy heavy ion reactions have revealed the existence of a number of reduci...
Fragment formation in heavy ion collisions at low to intermediate energy is described by a combined ...
Atomic masses of almost 50 neutron-deficient isotopes in the region of tin and below were measured ...
The quantum statistical model (QSM) is used to calculate nuclear fragment distributions in chemical ...
The recent attempts to extract the temperature in the late stage of medium energy (20–60 MeV/nucleon...
The production of heavy-mass elements due to the rapid neutron-capture mechanism (r-process) is asso...
We present a detailed study of chemical freeze-out in nucleus-nucleus collisions at beam energies of...
In tbis paper an attempt is made to derive some information concerning the prestellar stage at wbich...
Symmetry energy is a key quantity in the study of the equation of state of asymmetric nuclear matter...
Ratios of differential chemical potential values relative to the temperature, $({\ensuremath{\mu}}_{...
We present a new algorithm to identify fragments in computer simulations of relativistic heavy-ion c...
R. Thies et al.; 9 pags., 7 figs., 1 tab.Background: Models describing nuclear fragmentation and fra...
363-367A heavy-ion collision provides a unique opportunity to study the state of matter under extrem...
Calculations within the statistical multifragmentation model show that the neutron content of interm...
A great many observables seen in intermediate energy heavy ion collisions can be explained on the ba...
Studies of intermediate energy heavy ion reactions have revealed the existence of a number of reduci...
Fragment formation in heavy ion collisions at low to intermediate energy is described by a combined ...
Atomic masses of almost 50 neutron-deficient isotopes in the region of tin and below were measured ...
The quantum statistical model (QSM) is used to calculate nuclear fragment distributions in chemical ...
The recent attempts to extract the temperature in the late stage of medium energy (20–60 MeV/nucleon...
The production of heavy-mass elements due to the rapid neutron-capture mechanism (r-process) is asso...
We present a detailed study of chemical freeze-out in nucleus-nucleus collisions at beam energies of...