A. Volynskii

发表

Phosphorescent Oxygen and Mechanosensitive Nanostructured Materials Based on Hard Elastic Polypropylene Films.

J. Kerry, D. Papkovsky, S. Banerjee, 2017, ACS applied materials & interfaces.

Phosphorescent oxygen sensors produced by spot-crazing of polyphenylenesulfide films

J. Kerry, D. Papkovsky, C. Toncelli, 2014 .

crazing of polyphenylenesulfide films

J. Kerry, D. Papkovsky, C. Toncelli, 2014 .

Cold Crystallization of Glassy Polylactide during Solvent Crazing.

A. Efimov, P. Dorovatovskii, O. Ivanova, 2017, ACS applied materials & interfaces.

Specific features of the environmental crazing of poly(ethylene terephthalate) fibers

L. Yarysheva, O. Arzhakova, N. F. Bakeev, 2015 .

Mechanoresponsive Hard Elastic Materials Based on Semicrystalline Polymers: From Preparation to Applied Properties

A. Yarysheva, O. Arzhakova, A. Dolgova, 2020 .

The Effect of Preliminary Orientation of Polymers via Tensile Drawing at Elevated Temperature on Solvent Crazing

L. Yarysheva, O. Arzhakova, N. F. Bakeev, 2007 .

Radiation-Chemical Reduction of Copper Ions in Nanoporous Matrices Based on High-Density Polyethylene

A. A. Zezin, O. Arzhakova, A. Dolgova, 2019, Russian Journal of General Chemistry.

Preparation of polymer composites based on high density polyethylene by in situ polymerization and study of their structure

A. Volynskii, N. F. Bakeyev, A.Sh. Shtanchayev, 1984 .

Investigation of the process of structure formation in solutions of concentrated cellulose acetate in two component solvents

A. Trapeznikov, A. Volynskii, N. F. Bakeyev, 1975 .

Polyethylene–Silica Nanocomposites with the Structure of Semi‐Interpenetrating Networks

I. Malyshkina, A. Muzafarov, E. Trofimchuk, 2019, Macromolecular Materials and Engineering.

Substantial reversible deformations in glassy polymers

A. Volynskii, N. F. Bakeyev, 1975 .

Analytical form of the dynamometric curves for polymers in isothermal conditions of deformation

A. Volynskii, G. M. Lukovkin, N. F. Bakeyev, 1986 .

Polymer fibrillization during cold drawing

A. Volynskii, G. M. Lukovkin, N. F. Bakeyev, 1977 .

Mesoporous and Nanocomposite Fibrous Materials Based on Poly(ethylene terephthalate) Fibers with High Craze Density via Environmental Crazing: Preparation, Structure, and Applied Properties.

O. Arzhakova, A. Dolgova, A. Volynskii, 2019, ACS applied materials & interfaces.

The role of the scale factor in the structure-related mechanical behavior of glassy polymers

O. Arzhakova, A. Dolgova, A. Volynskii, 2017, Colloid Journal.

Structure of Polymer Blends Based on Solvent-Crazed Polymers

L. Yarysheva, N. F. Bakeev, A. Dolgova, 2007 .

Mechanism of action of adsorption active media on deformation of glassy polyethylene terephthalate

A. Volynskii, N. F. Bakeyev, A. G. Aleskerov, 1976 .

Environmental crazing and properties of mesoporous and nanocomposite materials based on poly(tetrafluoroethylene) films

A. Dolgova, A. Volynskii, E. Rukhlya, 2019, Polymer.

Spontaneous elongation of crystallizing polymers

A. Volynskii, V. Gerasimov, N. F. Bakeyev, 1976 .

Permeability and structure of membranes obtained on deformation of polyethylene terephthalate films in a liquid adsorption-active medium

A. Volynskii, O. Kozlova, N. F. Bakeyev, 1986 .

Permeation of liquids in films of glassy poly(ethylene terephthalate) deformed in adsorption-active media☆

A. Volynskii, O. Kozlova, N. F. Bakeyev, 1985 .

The mechanical properties of highly dispersed oriented polyethylene terephthalate

A. Volynskii, N. F. Bakeyev, A. G. Aleskerov, 1982 .

A model for the large reversible strain in a glassy polymer after deformation in an adsorption-active medium

A. Volynskii, G. M. Lukovkin, N. F. Bakeyev, 1981 .

Features of the structural-mechanical behaviour of glassy polyethyleneterephthalate under strain in adsorption-active media over a wide range of drawing rates☆

A. Volynskii, N. F. Bakeyev, N. A. Shitov, 1981 .

The structure and adsorption properties of glass-like polyethylene-terephthalate deformed in an adsorption-active medium☆

V. S. Loginov, A. Volynskii, N. F. Bakeyev, 1980 .

Low temperature contraction of amorphous glassy polymers oriented in adsorption active media

A. Volynskii, N. F. Bakeyev, T.Ye. Grokhovskaya, 1977 .

Mechanical behavior of glassy polyethylene terephthalate deformed in liquid adsorption active media

A. Volynskii, N. F. Bakeyev, T.Ye. Grokhovskaya, 1976 .

Oxygen-sensitive phosphorescent nanomaterials produced from high-density polyethylene films by local solvent-crazing.

J. Kerry, D. Papkovsky, C. Toncelli, 2014, Analytical chemistry.

The effect of preliminary orientation on environmental crazing of high-density polyethylene films

A. Dolgova, A. Volynskii, Olga V. Arzhakova, 2019, Polymer.

Biomedical Organic-Inorganic Nanocomposite Materials Based on High-Density Polyethylene and Ultra-High-Molecular-Weight Polyethylene and Silver Nanoparticles

P. Tyubaeva, A. Nazarov, A. Yarysheva, 2021, Russian Journal of General Chemistry.

An investigation of the connection between micro-crazing and the mechanical behaviour of glassy polyethyleneterephthalate during deformation in adsorption-active media☆

A. Volynskii, N. F. Bakeyev, N. A. Shitov, 1981 .

Effect of adsorption active media and a rubber filler on the mechanical behaviour of glassy polyvinylchloride

A. Volynskii, S. A. Arzhakov, N. F. Bakeyev, 1977 .

Biaxial tensile drawing of poly(ethylene terephthalate) via environmental crazing as a method for creating a porous structure

L. Yarysheva, A. Yarysheva, O. Arzhakova, 2018, Polymer.

Phosphorescent Oxygen and Mechanosensitive Nanostructured Materials Based on Hard Elastic Polypropylene Films.

D. Papkovsky, S. Banerjee, I. Okkelman, 2017, ACS applied materials & interfaces.

The nature of fissure formation in polymethyl-methacrylate deformed below the glass temperature☆

A. Ryzhkov, A. Volynskii, N. F. Bakeyev, 1975 .