A single radiation-induced superoxide ion O 2-has been observed for the first time in metal
oxides. This structural defect has been revealed in fast-neutron-irradiated (6.9× 1018 n/cm2) …

In spite of the negative electron affinity of Ne atoms, appreciable concentrations of electrons
can be trapped in solid neon layers formed by depositing the gas on a cold substrate with …

Charging effect and relaxation processes in cryogenic solids pre-irradiated by an electron
beam are discussed with the example of solid Xe. The experiments were performed …

A role of the electronic excitations in a modification of the structural properties of atomic
solids is considered by the example of solid Ar. The studies were performed employing a …

Thermally stimulated luminescence (TSL) and thermally stimulated exoelectron emission
(TSEE) methods were used in combination with cathodoluminescence to probe …

Radiation effects and relaxation processes in atomic solids are discussed with the example
of solid Xe preliminarily irradiated by an electron beam. The study was performed employing …

The role for the exciton-induced defects in the stimulation of anomalous low-temperature
desorption of the own lattice atoms from solid Ar and Ne preirradiated by an electron beam …

A review is given of the role played in the problems of solid-state physics by the various
manifestations of instability zones for interacting defects and the presence of equilibrium and …

The role of electronic excitations in the modification of surface properties of atomic solids
(AS) is considered using solid Kr as an example. The study is focused on the novel …

Atomic and electronic relaxation processes in pre-irradiated atomic solids are considered
using preliminary irradiated by an electron beam solid Ar as an example. The results of real …