We formulate a three-dimensional quantum-mechanical model for the study of nucleon transfer in heavy ion collisions. This model describes the independent particle motion of nucleons initially separated in two adjacent cubic boxes and brought into contact through a window created in the separating wall. We calculate the one-sided flux and the spread of the mass distribution and compare them with results derived from other models
A simple and yet rather accurate effective form factor describing pair transfer in heavy-ion collisi...
This paper deals with heavy-ion peripheral reactions in the Fermi energy region for the production o...
Basic problems of the semiclassical microscopic modelling of strongly interacting systems are discu...
We construct a three-dimensional quantum mechanical model relevant for nucleon transfer in heavy ion...
We present results of microscopic calculations of the drift and diffusion coefficients in deep inela...
Independent particle model in nuclear physics assumes that the nucleon in the nucleus moves in the a...
In this note we illustrate some applications of a simple model which has been devised to clarify the...
10 pages, 10 figures, submitted for publicationNucleon drift and diffusion mechanisms in central col...
The theory of nucleon transfer in heavy ion reactions is formulated on the basis of the molecular pa...
We investigate both directed and elliptic flow and linear momentum transfer in intermediate energy h...
We propose a two-stage, stochastic model of heavy-ion reactions. Nucleons becoming participants by ...
The role of nonequilibrium and quantal effects in fast nucleus-nucleus collisions is studied via the...
A generalization of the independent particle model from nuclear statics to nuclear dynamics is sough...
The Quantum Molecular Dynamics Model with isospin (IQMD) is used to investigate the origin of the co...
8 pages, 7 figuresNucleon exchange mechanism is investigated in deep-inelastic symmetric heavy-ion c...
A simple and yet rather accurate effective form factor describing pair transfer in heavy-ion collisi...
This paper deals with heavy-ion peripheral reactions in the Fermi energy region for the production o...
Basic problems of the semiclassical microscopic modelling of strongly interacting systems are discu...
We construct a three-dimensional quantum mechanical model relevant for nucleon transfer in heavy ion...
We present results of microscopic calculations of the drift and diffusion coefficients in deep inela...
Independent particle model in nuclear physics assumes that the nucleon in the nucleus moves in the a...
In this note we illustrate some applications of a simple model which has been devised to clarify the...
10 pages, 10 figures, submitted for publicationNucleon drift and diffusion mechanisms in central col...
The theory of nucleon transfer in heavy ion reactions is formulated on the basis of the molecular pa...
We investigate both directed and elliptic flow and linear momentum transfer in intermediate energy h...
We propose a two-stage, stochastic model of heavy-ion reactions. Nucleons becoming participants by ...
The role of nonequilibrium and quantal effects in fast nucleus-nucleus collisions is studied via the...
A generalization of the independent particle model from nuclear statics to nuclear dynamics is sough...
The Quantum Molecular Dynamics Model with isospin (IQMD) is used to investigate the origin of the co...
8 pages, 7 figuresNucleon exchange mechanism is investigated in deep-inelastic symmetric heavy-ion c...
A simple and yet rather accurate effective form factor describing pair transfer in heavy-ion collisi...
This paper deals with heavy-ion peripheral reactions in the Fermi energy region for the production o...
Basic problems of the semiclassical microscopic modelling of strongly interacting systems are discu...