A. Voznyak

发表

Polyoxymethylene orientation by equal‐channel multiple angular extrusion

Yu. V. Voznyak, V. Beloshenko, V. Varyukhin, 2012 .

Effect of a stabilizing Y2O3 additive on the strength properties of zirconia ceramics sintered from plasma chemical powders

A. Voznyak, T. S. Frangul’yan, Y. Annenkov, 1997 .

Effects of equal‐channel, multiple‐angular extrusion on the physical and mechanical properties of glassy polymers

Yu. V. Voznyak, V. Beloshenko, A. Voznyak, 2015 .

Control of the mechanical and thermal properties of semicrystalline polymers via a new processing route of the equal channel multiple angular extrusion

Yu. V. Voznyak, V. Beloshenko, A. Voznyak, 2014 .

Equal‐channel multiple angular extrusion of polyethylene

V. A. Beloshenko, G. Dudarenko, Yu. V. Voznyak, 2013 .

Solid‐phase extrusion of polyamide‐6 by using combined deformation schemes

Yu. V. Voznyak, V. Beloshenko, V. Varyukhin, 2011 .

Solid-phase extrusion of polyamide under simple shear

V. A. Beloshenko, Yu. V. Voznyak, A. V. Voznyak, 2009 .

New methods of solid-phase modification of polymers by simple-shear deformation

Yu. V. Voznyak, V. Beloshenko, V. Varyukhin, 2009 .

Specific features of plastic flow of biaxially oriented flexible-chain semicrystalline polymers

Yu. V. Voznyak, V. Beloshenko, A. Voznyak, 2014, Doklady Physical Chemistry.

“Invar effect” in extruded crystallizable polymers

V. A. Beloshenko, Yu. V. Voznyak, A. V. Voznyak, 2013, Doklady Physical Chemistry.

Modification of polyamide-6 structure by combined methods of solid-phase extrusion

V. A. Beloshenko, Yu. V. Voznyak, A. V. Voznyak, 2011 .

Polyamide-6 structure modification by combined solid-phase extrusion

V. Glasunova, Yu. V. Voznyak, V. Beloshenko, 2012 .

Equal‐channel multiangular extrusion of semicrystalline polymers

V. A. Beloshenko, Yu. V. Voznyak, A. V. Voznyak, 2010 .