A. Ryazanov

发表

Diffraction and channeling of photons and neutrons in superlattices

N. K. Zhevago, A. Ryazanov, 1987 .

An estimate of the irradiation creep rate in α-Fe based on computer simulation of vacancy pipe diffusion along 〈100〉 {010} dislocations

A. Ryazanov, V. Borodin, Y. Kevorkyan, 1992 .

Radiation-induced creep due to point-defect diffusion anisotropy at dislocation cores

A. Ryazanov, V. Borodin, 1987 .

Temperature dependence of irradiation creep due to dislocation climb

A. Ryazanov, V. Borodin, 1985 .

Investigation of the radiation damage of the amorphous Ni60Nb40 alloy and microcrystalline Ni during irradiation of 2.5MeV alfa-particles

A. Mikhailov, A. Ryazanov, A. N. Mansurova, 1990 .

Investigation of the structure of the surface of copper irradiated with high-energy protons

A. Fedorov, A. Ryazanov, A. N. Mansurova, 1989 .

The influence of dissociation of small helium-vacancy clusters on the growth of helium bubbles, the accumulation of helium at the grain boundaries and the kinetics of helium desorption from irradiated materials

A. Ryazanov, V. Borodin, V. Manichev, 1988 .

Effect of additional sinks of point defects on the diffusion interaction of voids. Stability of the void lattice under irradiation

A. Ryazanov, L. Maximov, 1980 .

The mechanism responsible for suppression of swelling of materials by cold work

A. Ryazanov, V. Borodin, 1983 .

The theory of radiation creep of materials containing dislocations and dislocation loops

A. Ryazanov, V. Borodin, 1981 .

The theory of low-temperature radiation creep of materials taking into account microscopic processes in dislocation cores

A. Ryazanov, V. Borodin, 1981 .

Void bias factor in materials with weak cubic anisotropy

A. Ryazanov, D. G. Sherstennikov, 1991 .

Effect of Atomic Collision Cascade Formation on Precipitate Growth Kinetics in the Structural Materials of Reactors Under Neutron Irradiation

A. Ryazanov, M. A. Petukhov, 2016, Atomic Energy.

Grain boundary cavities and cracks during high temperature irradiation embrittlement

A. Ryazanov, V. Borodin, V. Manichev, 1992 .

The contribution of grain boundary cavities and cracks to the high temperature irradiation embrittlement of structural materials

A. Ryazanov, V. Borodin, V. Manichev, 1992 .

Kinetics of an Ensemble of Jogs on the Edge Dislocation for Inefficient Capture of Point Defects by Jogs

A. Ryazanov, V. Borodin, 1989 .

The preference of absorption of point defects by a dislocation taking into account the microscopic structure of the dislocation core

A. Ryazanov, V. Borodin, 1981 .

Diffusion growth of interstitial and vacancy dislocation loops in a supersaturated solution of point defects

L. A. Maksimov, A. Ryazanov, 1977 .

Kinetics and physical mechanisms of the growth of helium bubbles at dislocations

A. Ryazanov, G. A. Arutyunova, V. Borodin, 1982 .

Dislocation climb suppression due to voids in a material at high irradiation doses

A. Ryazanov, V. Borodin, 1989 .

Stopping of implanted charged particles in solid targets and calculation of radiation damage induced by them

A. Ryazanov, Yu. D. Lizunov, 1982 .

Kinetics of void coalescence in a crystal with dislocations under conditions of volumetric generation of point defects

L. A. Maksimov, A. Ryazanov, 1977 .

Spatial kinetics of vacancy voids. vacancy void lattice stability under irradiation

L. A. Maksimov, A. Ryazanov, 1981 .