This Letter discusses inner-shell excitation in collisions of very heavy ions (Z1+Z2≳140) in the framework of the quasimolecular model. The importance of multistep excitations and of coupling between continuum states is demonstrated. The 1sσ vacancy probabilities resulting from coupled-channels calculations exceed perturbation theory by a factor 3-5, thus giving good agreement with recent experimental results
The theory of direct electron-positron pair production in the collision of heavy ions is formulated ...
The properties of strongly bound electrons in superheavy quasimolecular systems with combined nuclea...
We have investigated K-shell vacancy production due to ionization and electron transfer processes, i...
Atomic excitations are used to obtain information on the course of a nuclear reaction. Employing a s...
The direct (Coulomb) formation of electron vacancies in the 1sσ state of superheavy quasimolecu...
Binding energies and wave functions of inner-shell electronic states in superheavy quasimolecules wi...
Excitations of the atomic shell in heavy-ion collisions are influenced by the presence of a nuclear ...
We study the effects of channel coupling in the excitation dynamics of giant resonances in relativis...
Collisions of very heavy ions at energies close to the Coulomb barrier are discussed as a unique too...
Basic problems of the semiclassical microscopic modelling of strongly interacting systems are discus...
A quasiclassical Pauli potential is used to simulate the Fermi motion of nucleons in a molecular dyn...
Basic problems of the semiclassical microscopic modelling of strongly interacting systems are discu...
This paper reports calculations of the influence of a reaction time T>10-21 s in deep-inelastic Xe-P...
K- and L-shell ionization of 238U with Xe and U projectiles is investigated. Internal conversion fol...
Models of inner-shell vacancy production which include translation factors are developed for the cha...
The theory of direct electron-positron pair production in the collision of heavy ions is formulated ...
The properties of strongly bound electrons in superheavy quasimolecular systems with combined nuclea...
We have investigated K-shell vacancy production due to ionization and electron transfer processes, i...
Atomic excitations are used to obtain information on the course of a nuclear reaction. Employing a s...
The direct (Coulomb) formation of electron vacancies in the 1sσ state of superheavy quasimolecu...
Binding energies and wave functions of inner-shell electronic states in superheavy quasimolecules wi...
Excitations of the atomic shell in heavy-ion collisions are influenced by the presence of a nuclear ...
We study the effects of channel coupling in the excitation dynamics of giant resonances in relativis...
Collisions of very heavy ions at energies close to the Coulomb barrier are discussed as a unique too...
Basic problems of the semiclassical microscopic modelling of strongly interacting systems are discus...
A quasiclassical Pauli potential is used to simulate the Fermi motion of nucleons in a molecular dyn...
Basic problems of the semiclassical microscopic modelling of strongly interacting systems are discu...
This paper reports calculations of the influence of a reaction time T>10-21 s in deep-inelastic Xe-P...
K- and L-shell ionization of 238U with Xe and U projectiles is investigated. Internal conversion fol...
Models of inner-shell vacancy production which include translation factors are developed for the cha...
The theory of direct electron-positron pair production in the collision of heavy ions is formulated ...
The properties of strongly bound electrons in superheavy quasimolecular systems with combined nuclea...
We have investigated K-shell vacancy production due to ionization and electron transfer processes, i...