A. Vikarchuk

发表

Preparation of materials with a developed surface by thermal treatment and chemical etching of electrodeposited icosahedral small copper particles

I. Yasnikov, N. Gryzunova, A. G. Denisova, 2015, Russian Journal of Electrochemistry.

Creating high surface in the metal mesh carrier

N. Gryzunova, A. Vikarchuk, M. R. Shafeev, 2015 .

Copper(II) oxide nanowhiskers—A new efficient catalyst of azide–alkyne cycloaddition

A. Bunev, N. Gryzunova, A. Vikarchuk, 2016, Russian Journal of Organic Chemistry.

Structural Phase Transformations and Morphological Changes of Icosahedral Small Copper Particles in Temperature Fields and Reactive Media

A. Vikarchuk, A. Romanov, M. Dorogov, 2014 .

New Functional Materials Based on Nano- and Micro-Objects with Developed Surface

A. Romanov, N. Gryzunova, A. Vikarchuk, 2015 .

TWO-COMPONENT COATINGS WITH A DEVELOPED SURFACE AND NANOSCALE STRUCTURE

A. G. Denisova, A. Vikarchuk, 2018 .

Creating a developed surface of copper electrolytic coatings via mechanical activation of the cathode with subsequent thermal treatment

A. Romanov, N. Gryzunova, A. Vikarchuk, 2015 .

Condensation of 5-Phenylpent-1-en-4-yn-3-one with Arylhydrazines

A. Vikarchuk, A. Golovanov, I. Odin, 2018, Russian Journal of Organic Chemistry.

Morphologies and phase compositions of copper–zinc coatings obtained by electrolysis

N. Gryzunova, A. G. Denisova, A. Vikarchuk, 2017 .

Effect of the mechanical activation of a cathode on the structure of electrolytic copper single crystals

N. Gryzunova, A. G. Denisova, A. Vikarchuk, 2017, Russian Metallurgy (Metally).

Electrodeposition of nanostructure objects with pentagonal symmetry

I. Yasnikov, N. Gryzunova, A. Vikarchuk, 2007 .

Features of the evolution of the structure and morphology of the surface of icosahedral copper particles in the annealing process

A. Vikarchuk, M. Dorogov, 2013 .

Disclination defects in substrates as the sites of whisker growth

A. Volkov, N. Gryzunova, A. Vikarchuk, 2011 .

Voids in icosahedral small particles of an electrolytic metal

I. Yasnikov, A. Vikarchuk, 2006 .

CuO Nanowhiskers-Based Photocatalysts for Wastewater Treatment

A. Kozlov, I. Sosnin, A. Vikarchuk, 2017 .

Physics and chemistry of solution combustion synthesis of zinc oxide nanopowder from zinc nitrate-urea reagents

N. Moiseev, I. Sosnin, A. Vikarchuk, 2020 .

Specific behavior of electrolytic copper powders of different morphological forms in temperature fields

N. Gryzunova, A. G. Denisova, A. Vikarchuk, 2017 .

Evolution of icosahedral copper particles in the process of their growth during electrocrystallization

N. Gryzunova, A. Vikarchuk, T. Borgardt, 2019, Letters on Materials.

New Sorption Materials on the Basis of Aluminosilicates for Wasterwater Treatment

A. Vikarchuk, M. Dorogov, K. K. Abdugaffarova, 2017 .

Acoustic emission analysis of the evolution of non-equilibrium dislocation-disclination structure of electrodeposited nickel under load

A. Vinogradov, S. Miura, S. Hashimoto, 1995 .

Evolution of the morphology of small pentagonal particles and microcrystals during the electrodeposition of silver in a potentiostatic regime

I. Yasnikov, A. Vikarchuk, M. Dorogov, 2017 .

Structural Features of Fullerene-Like Copper Microparticles

N. Gryzunova, A. G. Denisova, A. Vikarchuk, 2020, Bulletin of the Russian Academy of Sciences: Physics.

Technological Control Over the Structure, Surface Morphology, and Properties of Electrolytic Copper

S. Stepanov, N. Gryzunova, A. Vikarchuk, 2018, Russian Physics Journal.

Disclination Nature of Nano- and Microcrystals with Pentagonal Symmetry Formed During Nickel Electrodeposition

N. Gryzunova, A. Vikarchuk, M. R. Shafeev, 2017 .

Functional Metallic Materials with Fragmented Structure and Developed Surface

N. Gryzunova, A. Vikarchuk, A. Romanov, 2016, Metal Science and Heat Treatment.

Evolution of Pentagonal Nano- and Micro-Objects in Temperature Fields

A. Romanov, A. Vikarchuk, M. Dorogov, 2015 .

Phase transformations in icosahedral small copper particles during their annealing in different gas media

D. Merson, S. Vlassov, A. Romanov, 2015 .

Mechanisms of relaxation of elastic stresses in the process of growth of nanoparticles and microcrystals with disclination defects in electrocrystallization of fcc metals

I. Yasnikov, A. Vikarchuk, 2007 .

Copper Pentagonal Micropyramids Grown by Mechanically Activated Electrodeposition

M. Gutkin, A. Romanov, N. Gryzunova, 2018 .

Disclination Nature of Pentagonal Crystals that Form during Copper Electrocrystallization

S. A. Bondarenko, A. Vikarchuk, Y. Gamburg, 2004 .

Synthesis and study of electrolytic materials with a high-energy defect structure and a developed surface

N. Gryzunova, A. Vikarchuk, M. N. Tyur'kov, 2016, Russian Metallurgy (Metally).

Temperature evolution for small particles formed during electrocrystallization

I. Yasnikov, A. Vikarchuk, Y. Gamburg, 2008 .

Evolution of the formation and growth of a cavity in pentagonal crystals of electrolytic origin

I. Yasnikov, A. Vikarchuk, 2006 .