RESEARCHER PROFILE

А. А. Дмитриевский

Tambov State University

Fusion materials and technologiesElectromagnetic Effects on MaterialsAdvanced ceramic materials synthesisSilicon and Solar Cell TechnologiesSemiconductor materials and interfaces

А. А. Дмитриевский works in Fusion materials and technologies, Electromagnetic Effects on Materials, Advanced ceramic materials synthesis, Silicon and Solar Cell Technologies, Semiconductor materials and interfaces. Recorded institutional associations include Tambov State University.

44Publications

204Citations

7H-index

Inclusion identifies researchers whose recorded research contributions may inform their university’s understanding of its research community. It does not rank individual research quality or establish current employment.

Selected research works

Up to 100 highly cited works; DOI links open the original research. Counts reflect the collected record, not real-time citation totals.

← Return to the university profile

А. А. Дмитриевский

Tambov State University

Selected research works

The Influence of Silicon Dioxide on the Stability of the Phase Composition and Mechanical Properties of Alumina-Toughened Zirconia-Based Ceramics

Electron paramagnetic resonance in a subsystem of structural defects as a factor in the plasticization of NaCl crystals

Softening of ionic crystals as a result of a change in the spin states of structural defects under paramagnetic resonance conditions

Influence of a weak magnetic field on spin-dependent relaxation of structural defects in diamagnetic crystals

Structure and Mechanical Properties of the CaO–ZrO2–Al2O3 Ceramic Composites at Low Corundum Concentrations

Multistage radiation-stimulated changes in the microhardness of silicon single crystals exposed to low-intensity β irradiation

Reversible changes in the microhardness of silicon crystals under electron irradiation with low doses

Structure of complexes responsible for radiation-stimulated softening of silicon single crystals

Radio-frequency paramagnetic resonance spectra, detected from dislocation displacement in NaCl single crystals

Effect of weak magnetic fields on the dynamics of variation in the microhardness of silicon under low-intensity beta irradiation

The Influence of Corundum Content and Sintering Temperature on the Mechanical Properties of CaO–ZrO2–Al2O3 Ceramic Composites

Influence of the type and concentration of a dopant on the dynamics of the beta-induced variation in the microhardness of silicon

Influence of low-intensive beta-irradiation on phase transformations in silicon at microindentation

Effect of electric fields on the dynamics of silicon microhardness changes induced by low-intensity β irradiation

The influence of low-intensity beta radiation on crack susceptibility under indentation of silicon

Влияние содержания корунда и температуры спекания на механические свойства керамических композитов CaO-ZrO-=SUB=-2-=/SUB=--Al-=SUB=-2-=/SUB=-O-=SUB=-3-=/SUB=-

Структура и механические свойства композиционной керамики CaO-ZrO-=SUB=-2-=/SUB=--Al-=SUB=-2-=/SUB=-O-=SUB=-3-=/SUB=- при малых концентрациях корунда

Changes in the silicon microhardness induced by a low-intensity electron beam

Изменение микротвердости композиционной керамики на границе раздела CaO–ZrO 2 /CaO–ZrO 2 + Al 2 O 3

Anisotropy of the optical suppression of the magnetoplastic effect in NaCl single crystals

Nonmonotonic variations in the concentration of the donor-and acceptor-type radiation defects in silicon irradiated with low-intensity fluxes of β particles

Role of the rate factor in the hardness testing of β-irradiated silicon single crystals

Sign inversion of the radiation-induced plastic effect in C60 single crystals upon the SC-FCC phase transition

The effect of beta radiation on Si-I → Si-II phase transformations in silicon under an indenter

Strength Properties of Zirconium Ceramics with Silica Additives Hardened with Alumina