Author

V. A. Nepochatenko

Observed names: V.A. Nepochatenko, Victor A. Nepochatenko, Непочатенко, В. А.

Institution: Bila Tserkva National Agrarian University

Observed institution: Bila Tserkva National Agrarian University

OpenAlex ID: A5009708946

Ferroelastic domain walls in BiVO4

2005 · V. A. Nepochatenko, E. F. Dudnik · Crystallography Reports · 11

Structure of Thin Pseudo-90° Domain Walls in BaTiO3

2006 · V. A. Nepochatenko · Ferroelectrics · 9

Determination of the temperature dependence of lattice parameters in ferroelastics at 4/mF2/m phase transition

2016 · V. A. Nepochatenko, I. A. Nepochatenko · Ferroelectrics · 5

Forming of Equilibrium and Non-Equilibrium Domain Walls in Ferroelastic Lead Orthophosphate

2007 · V. A. Nepochatenko · Ferroelectrics · 5

Number of possible orientation states in ferroelastics and multiaxial ferroelectrics upon polymorphic phase transitions

2013 · V. A. Nepochatenko, V. G. Pozdeev · Bulletin of the Russian Academy of Sciences Physics · 4

Equations for domain walls in a coordinate system of the ferroelectric phase

2006 · V. A. Nepochatenko, A. Yu. Kudzin · Physics of the Solid State · 4

Two types of structural domains in Pb3(PO4)2

2005 · V. A. Nepochatenko · Crystallography Reports · 4

Thin W′ and W domain walls in ferroelastic Pb3(PO4)2

2003 · V. A. Nepochatenko, E. F. Dudnik · Physics of the Solid State · 4

Comparative analysis of temperature dependencies of the elastic compliance and dielectric permittivity tensor components in BaTiO3 single crystal

2020 · V.A. Nepochatenko, A. V. Nepochatenko · Ferroelectrics · 3

Determination of temperature dependence of elastic coefficients in ferroelastics under 4/m F 2/m second-order phase transition

2019 · Victor A. Nepochatenko, Irina Nepochatenko · Ferroelectrics · 3

Determination of temperature dependence of lattice parameters at three successive phase transitions m3m-4mm-mm2-3m

2020 · V. A. Nepochatenko, I. A. Nepochatenko · Ferroelectrics · 2

Determination of the Temperature Dependence of the Lattice Parameters in Ferroelectrics During m3mF4mm Phase

2017 · V. A. Nepochatenko, I. A. Nepochatenko · Nano- i Mikrosistemnaya Tehnika · 2

Determination of the temperature dependences of the coefficients of the elastic compliance tensor and the elasticity tensor in the tetragonal phase BaTiO3

2022 · V. A. Nepochatenko, A. V. Nepochatenko, et al. · Ferroelectrics · 1

Determination of the Temperature Dependence of Lattice Parameters, Spontaneous Deformation, and Polarization in Ferroelectrics with Two Successive m3m–4mm–mm2 Phase Transitions

2018 · V. A. Nepochatenko, I. A. Nepochatenko · Crystallography Reports · 1

A planar complex phase interface in BaTiO3

2009 · V. A. Nepochatenko, V. M. Duda, et al. · Physics of the Solid State · 1

Comparative analysis of two methods of calculation of the orientation of domain walls in ferroelastics

2004 · V. A. Nepochatenko · Crystallography Reports · 1

Determination of the temperature dependences of the elasticity tensor coefficients in the cubic phase BaTiO 3

2023 · V. A. Nepochatenko, A. V. Nepochatenko, et al. · Ferroelectrics

Determination of the Temperature Dependence of the Lattice Parameters in Ferroelastics with Two Successive$$\bar {3}m$$ – 2/m – 2 Phase Transitions

2020 · V. A. Nepochatenko, I. A. Nepochatenko, et al. · Crystallography Reports

Analysis of the orientation correlation between 90° domains in BaTiO3 and PbTiO3

2010 · V. A. Nepochatenko · Bulletin of the Russian Academy of Sciences Physics

Determination of Functional Dependence Between Parameters of Lattice in Ferroelastics and Multiaxial Ferroelectrics

2010 · V. A. Nepochatenko · Ferroelectrics

Determination of the lattice parameters near the first-order phase transition in the Pb3(PO4)2 ferroelastic

2007 · V. A. Nepochatenko · Bulletin of the Russian Academy of Sciences Physics

Linear relationship between crystal lattice parameters within one phase of ferroelastic lead orthophosphate

2007 · V. A. Nepochatenko · Technical Physics Letters

Erratum: “Comparative analysis of two methods of calculation of the orientation of domain walls in ferroelastics” [Crystallogr. Rep. 49, 828 (2004)]

2004 · V. A. Nepochatenko · Crystallography Reports

PDF

Interlayer for matching crystal lattices in the domain walls of ferroelastic lead orthophosphate