N. Sorokin

发表

Electrophysical properties of LiYbF4 crystals

N. Sorokin, D. Karimov, O. N. Komar’kova, 2010 .

Coloring elimination in Sr1 − xCexF2 + x crystals in the visible spectral range during growth from melt

N. Sorokin, D. Karimov, B. Sobolev, 2013 .

La1–yBayF3–y Solid Solution Crystals as an Effective Solid Electrolyte: Growth and Properties

N. Sorokin, D. Karimov, I. I. Buchinskaya, 2021, Crystals.

Growth of $${\text{N}}{{{\text{d}}}_{{{\text{1}}\; - \;y}}}{\text{Eu}}_{y}^{{{\text{2}} + }}{{{\text{F}}}_{{{\text{3}}\; - \;y}}}$$ Single Crystals with Tysonite-Type (LaF3) Structure and Investigation of the Concentration Dependence of Some Their Properties

N. Sorokin, D. Karimov, B. Sobolev, 2019, Crystallography Reports.

Correlation between the Molecular Refractions of Crystals and the Ionic Radii of the Cations in the Rare-Earth Trifluoride Homologous Series

N. Sorokin, 2018, Inorganic Materials.

Concentration Dependences of the Lattice Parameter and Density of Ca1 – xSrxF2 (0 ≤ x ≤ 1) Solid Solution Crystals

N. Sorokin, D. Karimov, B. Sobolev, 2018 .

Defect structure and ionic conductivity of as-grown R1–ySryF3–y (R = Ce, Pr, or Nd) crystals with high SrF2 content

N. Sorokin, B. Sobolev, O. Khrykina, 2017 .

Relationship between the defect structure and fluorine-ion conductivity of La1 − ySryF3 − y (0 ⩽ y ⩽ 0.15) crystals according to X-ray and neutron diffraction data

N. Sorokin, B. Sobolev, I. Verin, 2015 .

Dependences of the density of M1−xRxF2 + x and R1−yMyF3−y single crystals (M = Ca, Sr, Ba, Cd, Pb; R means rare earth elements) on composition

Z. I. Zhmurova, N. Sorokin, E. Krivandina, 2013 .

Thermophysical characteristics of Ca1−xSrxF2 solid-solution Crystals (0 ≤ x ≤ 1)

P. Fedorov, N. Sorokin, D. Karimov, 2015 .

Ionic Conductivity of AgBaSc(VO4)2 Crystals with Glaserite-Type Structure

N. Sorokin, 2019, Crystallography Reports.

Na+-ion conductivity of double phosphate Na3Sc2(PO4)3 in the region of the β-γ transition

N. Sorokin, 2014 .

Frequency response of the low-temperature ionic conductivity of single crystals R1 − yMyF3 − y (R = La-Er; M = Ca, Sr, Ba, Cd)

N. Sorokin, B. Sobolev, 2008 .

Specific features of anion transfer in superionic conductors based on MF2 (M=Pb and Cd)

N. Sorokin, B. Sobolev, M. Breiter, 2002 .

Crystallochemical model of ion-transport percolation in nonstoichiometric M1−xRxF2+x phases with the defect CaF2-type structure

N. Sorokin, 2000 .

293-K conductivity optimization for single crystals of solid electrolytes with tysonite structure (LaF3): I. Nonstoichiometric phases R1−yCayF3−y (R = La-Lu, Y)

Z. I. Zhmurova, N. Sorokin, E. Krivandina, 2014 .

X-ray and neutron diffraction study of the defect crystal structure of the as-grown nonstoichiometric phase Y0.715Ca0.285F2.715

N. Sorokin, I. I. Buchinskaya, B. Sobolev, 2013 .

Electrical conductivity of Cs2CuCl4 crystals

N. Sorokin, 2016 .

Structural, thermal and electrical studies of thallium-scandium-hafnium(zirconium) molybdates

M. Molokeev, N. Sorokin, V. Grossman, 2021, Journal of Solid State Chemistry.

Concentration Dependences of Lattice Parameters and Density of Single Crystals of the Three-Component Solid Solution Sr0.8La0.2 –xLuxF2.2 (0 ≤ x ≤ 0.2)

N. Sorokin, 2021, Russian Journal of Inorganic Chemistry.

Unit Cell Parameter and Density Calculations for Sm1 –xRxF2 +x, Eu1 –xRxF2 +x, and Yb1 –xRxF2 +x (R Is a Rare-Earth Element) Crystals

N. Sorokin, 2021, Russian Journal of Inorganic Chemistry.

Mobility of Charge Carriers in a Single Crystal and Nanoceramic of the Superionic Pb1 – xSnxF2 Conductor (x = 0.2)

N. Sorokin, 2019, Physics of the Solid State.

Crystal Growth and Thermal Conductivity of the Congruently Melting Solid Solution Cd0.77Sr0.23F2

N. Sorokin, D. Karimov, I. I. Buchinskaya, 2019, Inorganic Materials.

Ternary crystals Sr1−yEuy−x2+Eux3+F2+x of fluorite phases with a variable europium valence and their thermal conductivity (50–300 K)

N. Sorokin, D. Karimov, B. Sobolev, 2017 .

Single crystals of the fluorite nonstoichiometric phase Eu0.9162+Eu0.0843+F2.084 (conductivity, transmission, and hardness)

N. Sorokin, D. Karimov, O. N. Komar’kova, 2010 .

Ytterbium Difluoride YbF2: Preparation, Structure, Properties

B. V. Nabatov, N. Sorokin, D. Karimov, 2022, Journal of Crystal Growth.

Growth Peculiarities and Properties of KR3F10 (R = Y, Tb) Single Crystals

A. G. Savelyev, N. Sorokin, D. Karimov, 2021, Crystals.

Electrical conductivity of superionic conductor single crystals Li4B7O12Cl1 − xBrx (x ∼ 0.3)

N. Sorokin, 2015 .

Electrical Conductivity of Sodium Sulfate-Based Phases

P. Fedorov, N. Sorokin, S. Kuznetsov, 2022, Inorganic Materials.

Structural Conditionality of the Ionic Conductivity of MTiORO4 (M = K, Rb; R = P, As) Single Crystals

N. Sorokin, Y. Shaldin, M. Tseitlin, 2018 .

Structural mechanisms of superionic conductivity in M1−xRxF2+x single crystals

N. Sorokin, B. Sobolev, A. Golubev, 2014 .

Nonstoichiometric fluorides—Solid electrolytes for electrochemical devices: A review

N. Sorokin, B. Sobolev, 2007 .

Growth of single crystals and optimization of anionic transport in La1-xNdxF3 solid solutions with tysonite-type structure by isovalent substitutions

Z. I. Zhmurova, N. Sorokin, E. Krivandina, 2000 .

Growth of Sm1 – ySryF3 – y (0 < y ≤ 0.31) Crystals and Investigation of Their Properties

N. Sorokin, D. Karimov, B. Sobolev, 2019, Crystallography Reports.

Nonstoichiometry in inorganic fluorides: 2. Ionic conductivity of nonstoichiometric M1 − xRxF2 + x and R1 − yMyF3 − y crystals (M = Ca, Sr, Ba; R are rare earth elements)

N. Sorokin, B. Sobolev, 2014 .

Physical Properties of Fluoride Glasses for Ionics

N. I. Sorokin, D. Ležal, V. Trnovcová, 2005 .

Physical properties of multicomponent fluoride glasses for photonic and superionic applications

D. Ležal, V. Trnovcová, P. Fedorov, 2001 .

Superionic conductivity of Sr0.68Pr0.32F2.32 (type CaF2) and Pr0.85Sr0.15F2.85 (type LaF3) crystals, as-grown and after high-temperature annealing

Z. I. Zhmurova, N. Sorokin, E. Krivandina, 2014 .

Defect structure and ionic conductivity of Ca1 − xScxF2 + x (0.02 ≤ x ≤ 0.15) single crystals

N. Sorokin, D. Karimov, B. Sobolev, 2009 .

Effect of Heat Treatment in a СF4 Atmosphere on the Ion-Conductive Properties of Hot-Pressed 95 mol % CeF3 × 5 mol % SrF2 Ceramics

N. Sorokin, D. Karimov, B. Sobolev, 2019, Crystallography Reports.

Thermally induced charge relaxation in α-LiIO3 superionic conductor

N. Sorokin, Y. Shaldin, 2017 .

Anionic conductivity and thermal stability of single crystals of solid solutions based on calcium fluoride

N. Sorokin, M. Breiter, 1997 .

Specific features of ion transport in nonstoichiometric fluorite-type Ba1−xRxF2+x (R=La−Lu phases

P. Fedorov, N. Sorokin, B. Sobolev, 1990 .

Superionic materials based on lead fluoride

P. Fedorov, N. Sorokin, B. Sobolev, 1997 .

Mechanochemical synthesis of nonstoichiometric nanocrystals La1 − yCayF3 − y with a tysonite structure and nanoceramic materials from CaF2 and LaF3 crystals

Z. I. Zhmurova, N. Sorokin, B. Sobolev, 2008 .

Ionic Conductivity of KTiOPO4 Single Crystals Grown by Flux Crystallization under Different Conditions

N. Sorokin, Y. Shaldin, 2018, Crystallography Reports.

Optimization of the Compositions of Solid Electrolytes Pb1 – xRxF2 + x with Fluorite-Type Structure in Conductivity and Thermal Stability

N. Sorokin, B. Sobolev, 2020, Crystallography reports (Print).

Temperature Dependence of Static Electrical Conductivity of Li2B4O7 Crystals

N. Sorokin, Y. Pisarevskiĭ, V. Lomonov, 2021, Crystallography Reports.

Electrical Conductivity of LiNbO3 Crystals under Temperature Effect in Vacuum

N. Sorokin, 2022, Crystallography Reports.

Anisotropy of Ionic Conductivity of TbF3 Crystals

N. Sorokin, D. Karimov, B. Sobolev, 2019, Crystallography Reports.

Ionic conductivity of crystallization products of Ba1–xYbxF2 + x melts (x = 0.1, 0.2, 0.25)

E. A. Sul’yanova, N. Sorokin, B. Sobolev, 2016 .

21 - Nonstoichiometric Single Crystals M 1−x R x F 2+x and R 1−y M y F 3−y ( M =Ca, Sr, Ba: R =Rare Earth Elements) as Fluorine-Ionic Conductive Solid Electrolytes

N. Sorokin, B. Sobolev, N. Bolotina, 2016 .

Ionic conductivity of cold-pressed ceramics from grinding of R0.95M0.05F2.95 solid electrolytes (R = La, Nd; M = Ca, Sr, Ba) synthesized by reaction in melt

N. Sorokin, B. Sobolev, N. A. Ivanovskaya, 2014 .

Growth and defect structure of CdF2 and nonstoichiometric Cd1−xRxF2+x phases (R = rare earth or in): 4. Ion transport in Cd0.9R0.1F2.1 crystals

E. A. Sul’yanova, N. Sorokin, I. I. Buchinskaya, 2005 .

Anionic transport in simple fluoride structures

N. Sorokin, 2002 .

Specific features of ion transport in non stoichiometric fluorite-type Ba1-xRxF2+x(R=La-Lu)

P. Fedorov, N. Sorokin, B. Sobolev, 1989 .

Specific features of ion transport in nonstoichiometric Sr1−xRxF2+x phases (R=La, Y) with the fluorite-type structure

P. Fedorov, N. Sorokin, B. Sobolev, 1989 .

Hydrothermal synthesis and ionic conductivity of CdF2 and low-temperature modifications of PbF2 and PbSnF4

L. N. Demianets, N. Sorokin, O. Nikol’skaya, 2002 .

Growth from the Melt and Properties Investigation of ScF3 Single Crystals

N. Sorokin, D. Karimov, I. I. Buchinskaya, 2019, Crystals.

Nanostructured Crystals of Fluorite Phases Sr1 – xRxF2 + x (R Are Rare-Earth Elements) and Their Ordering. 13: Crystal Structure of SrF2 and Concentration Dependence of the Defect Structure of Nonstoichiometric Phase Sr1 – xLaxF2 + x As Grown (x = 0.11, 0.20, 0.32, 0.37, 0.47)

N. Sorokin, D. Karimov, B. Sobolev, 2019, Crystallography Reports.

Mechanochemical synthesis of nonstoichiometric fluorite Ca1−xLaxF2+x nanocrystals from CaF2 and LaF3 single crystals

Z. I. Zhmurova, R. Rojas, N. Sorokin, 2005 .

Growth of congruently melting Ca0.59Sr0.41F2 crystals and study of their properties

N. Sorokin, D. Karimov, O. N. Komar’kova, 2010 .

Ionic conductivity of congruently melting Ca0.6Sr0.4F2 and Ca1 − x − ySryRxF2 + x (R = La, Ce, Pr, Nd) single crystals with fluorite structure

Z. I. Zhmurova, N. Sorokin, D. Karimov, 2008 .

Electron diffraction study and ionic conductivity of fluorite Ba1-xLaxF2+x and tysonite La1-yBayF3-y phases in the BaF2-LaF3 system

N. Sorokin, B. Sobolev, V. I. Nikolaichik, 2022, Solid State Ionics.

Nanostructure and F-ionic conductivity of La1 − ySryF3 − y tysonite crystals

N. Sorokin, B. Sobolev, V. I. Nikolaichik, 2016 .

Thermal conductivity and expansion of PbF2 single crystals

А. А. Sidorov, P. Fedorov, N. Sorokin, 2016, Ionics.

Thermophysical characteristics of Pb0.679Cd0.321F2 solid-solution crystals

N. Sorokin, D. Karimov, I. I. Buchinskaya, 2015 .

Thermophysical characteristics of EuF2.136 crystal

N. Sorokin, D. Karimov, B. Sobolev, 2015 .

Growth of MgF2 optical crystals and their ionic conductivity in the as-grown state and after partial pyrohydrolysis

N. Sorokin, D. Karimov, B. Sobolev, 2014 .

Electrical properties of heavily doped fluorite-structured BaF2:RF3 (R=La, Pr, Nd, Gd, Tb, Y, Sc) single crystals

V. Trnovcová, P. Fedorov, N. Sorokin, 2000 .

Ionic conductivity of KMgCr(MoO4)3 molybdate

N. Sorokin, 2017 .

Ionic conductivity of double sodium-scandium and cesium-zirconium molybdates

N. Sorokin, 2009 .

Crystal-Physical Model of Ion Transport in Nonlinear Optical Crystals of KTiOPO4

N. Sorokin, Y. Shaldin, 2018 .

Nanostructured Crystals of Fluorite Phases Sr1 – xRxF2 + x and Their Ordering: 12. Influence of Structural Ordering on the Fluorine-Ion Conductivity of Sr0.667R0.333F2.333 Alloys (R = Tb or Tm) at Their Annealing

E. A. Sul’yanova, N. Sorokin, D. Karimov, 2018 .

Ionic conductivity of single crystals of sodium aluminium germanate Na8Al6Ge6O24(OH)2

N. Sorokin, 2015 .

The Intrinsic Fluorine-Ion Conductivity of Crystalline Matrices of Fluoride Superionics: BaF2 (Fluorite Type) and LaF3 (Tysonite Type)

N. Sorokin, B. Sobolev, 2018, Physics of the Solid State.

Superionic transitions and conductivity anisotropy in Na4.6FeP2O8.6F0.4 single crystals

N. Sorokin, 2013 .

Characteristics of the Li+-Ion Conductivity of Li3R2(PO4)3 Crystals (R = Fe, Sc) in the Superionic State

N. Sorokin, 2018 .

Ionic Conductivity of Pb0.67Cd0.33F2 Ceramics Obtained by Mechanical Synthesis and by Grinding of a Crystalline Solid Solution

A. Orekhov, N. Sorokin, I. I. Buchinskaya, 2022, Crystallography Reports.

Anisotropy of Anionic Conductivity in Single Crystals of CeF3 Superionic Conductor

N. Sorokin, D. Karimov, V. Grebenev, 2021, Physics of the Solid State.

Conductivity of R1 −yPbyF3 –y (R = Pr, Nd) Solid Electrolytes with the Tysonite Structure

N. Sorokin, D. Karimov, I. I. Buchinskaya, 2021, Russian Journal of Electrochemistry.

Optimization of single crystals of solid electrolytes with tysonite-type structure (LaF3) for conductivity at 293 K: 2. Nonstoichiometric phases R1−yMyF3−y (R = La-Lu, Y; M = Sr, Ba)

Z. I. Zhmurova, N. Sorokin, E. Krivandina, 2015 .

The Intrinsic Fluorine-Ion Conductivity of Crystalline Matrices of Fluoride Superionics: BaF2 (Fluorite Type) and LaF3 (Tysonite Type)

N. Sorokin, B. Sobolev, 2018, Physics of the Solid State.

Increase in the Fluorine-Ion Conductivity of Single Crystals of Tysonite-type CeF3 Superionic Conductor by Substituting Polarized Cd2+ Ions for Ce3+ Ions

N. Sorokin, D. Karimov, B. Sobolev, 2018, Crystallography Reports.

Influence of Nonstoichiometry in Fluoride Phase on the Ionic Conductivity of Composite Fluoride‒Oxide Materials 90PrF3 · 10Al2O3 and 90Pr0.95Sr0.05F2.95 · 10Al2O3

N. Sorokin, B. Sobolev, 2018, Crystallography Reports.

Fluorine-ion conductivity of different technological forms of solid electrolytes R1–yMyF3–y (LaF3 Type ) (M = Ca, Sr, Ba; R Are Rare Earth Elements)

N. Sorokin, B. Sobolev, 2016 .

Conductivity limit of fluorine-conducting solid electrolytes for electrochemical devices operating at room temperature

N. Sorokin, B. Sobolev, 2015 .

Correlation between the Fluorine Ion Conductivities of Sr1 – xRxF2 + x (CaF2 Type) and R1 – ySryF3 – y (LaF3 Type) Crystals in the SrF2–RF3 Systems (R = La–Nd)

N. Sorokin, B. Sobolev, 2019, Physics of the Solid State.

Ion transport in the anion-deficient nonstoichiometric phases La0.95(Ba1−xSrx)0.05F2.95 (0⩽x⩽1)

Z. I. Zhmurova, N. Sorokin, E. Krivandina, 1998 .

Specific features of anion transfer in HoF3 crystals at high temperatures

N. Sorokin, B. Sobolev, M. Breiter, 2002 .

Haven Correlation Parameter for Diffusion of Fluorine in Superionic Conductors La1 – ySryF3 – y

N. Sorokin, 2018, Physics of the Solid State.

Ionic conductivity of ScF3 single crystals (ReO3 type)

N. Sorokin, D. Karimov, B. Sobolev, 2016 .

Influence of purity of NdF3 single crystals on their ionic conductivity

Z. I. Zhmurova, N. Sorokin, E. Krivandina, 2012 .

Nanostructured crystals of fluorite phases Sr1–xRxF2 + x and their ordering: 11. Influence of structural cluster ordering on fluorine ionic conductivity of the Sr1–xLuxF2 + x Phase

N. Sorokin, B. Sobolev, 2015 .

Nanostructured crystals of fluorite phases Sr1 − xRxF2 + x (R are rare earth elements) and their ordering: 5. A study of the ionic conductivity of as-grown Sr1 − xRxF2 + x crystals

Z. I. Zhmurova, N. Sorokin, D. Karimov, 2010 .

Superionic conductivity of the heterovalent solid solutions R1−xMxF3−x (R=REE, M=Ca, Ba) with tysonite-type structure

Z. I. Zhmurova, N. Sorokin, E. Krivandina, 1999 .

75LiF + 25SmF3 Eutectic Composite and Ionic Conductivity of SmF3 near the Polymorphic α–β Transition

A. Orekhov, N. Sorokin, D. Karimov, 2020 .

Role of Ca2+ in the change in the structure type and the fluoride-ion conductivity in crystals upon transition from β-ErF3 to Er0.715Ca0.285F2.715

N. Sorokin, B. Sobolev, I. Verin, 2015 .

Study of the Axial Distribution of Components of Sr1 − xTbxF2 + x Solid Solution Crystals during Their Directional Crystallization from Melt

N. Sorokin, D. Karimov, N. A. Ivanovskaya, 2021, Crystallography reports (Print).

Calculation of the Distribution Coefficient for Sr2+ in LaF3 Crystal at Infinite Dilution, Based on the Data on Directional Solidification of La1 − ySryF3 − y Solid Solutions

N. Sorokin, E. Krivandina, 2020, Crystallography reports (Print).

Electrical conductivity of γ-irradiated crystals of La0.95Ba0.05F2.95 superionic conductor

N. Sorokin, B. Sobolev, 2012 .

Cation ordered structure and F-ionic conductivity of Er0.7Ca0.3F2.7 tysonite-type crystals

N. Sorokin, B. Sobolev, V. I. Nikolaichik, 2015 .

High-Temperature Anomaly of the Anionic Conductivity in LaF3 Crystals

N. Sorokin, 2023, Crystallography reports (Print).

A Crystal-Physical Model of Electrotransfer in the Superionic Conductor Pb1 – xScxF2 + x (x = 0.1)

N. Sorokin, 2018 .

Synthesis, Microstructure, and Electrical Conductivity of Eutectic Composites in MF2–RF3 (M = Ca, Sr, Ba; R = La–Nd) Systems

N. Sorokin, D. Karimov, I. I. Buchinskaya, 2023, Journal of Composites Science.

Growth and defect structure of CdF2 crystal and nonstoichiometric Cd1−xRxF2+x phases (R are rare earth elements and in): 6. Growth and ionic conductivity of Cd0.904In0.096F2.096 single crystal

E. A. Sul’yanova, A. Artyukhov, N. Sorokin, 2013 .

Optimization of the Compositions of Solid Electrolytes Cd1 – xRxF2 + x (R = La–Lu, Y) with a Fluorite-Type Structure for Conductivity and Thermal Stability

N. Sorokin, B. Sobolev, 2019, Crystallography reports (Print).

PbF2–CdF2–SrF2 Ternary Solid Solution: Crystal Growth and Investigation

N. Sorokin, D. Karimov, I. I. Buchinskaya, 2023, Condensed Matter.

Ionic Conductivity of Crystals of Fluorite-Type Solid Solution of the PbF2–CdF2–MnF2 System

N. Sorokin, I. I. Buchinskaya, 2022, Crystallography Reports.

Electrical and thermal conductivities of congruently melting single crystals of isovalent M1 − xM′xF2 solid solutions (M, M′ = Ca, Sr, Cd, Pb) in relation to their defect fluorite structure

N. Sorokin, D. Karimov, I. I. Buchinskaya, 2015 .

Charge carrier mobility in crystals of the Pb0.67Cd0.33F2 superionic conductor

N. Sorokin, 2015 .

The ionic conductivity of single crystals of Pb0.6Cd0.33F2 and Pb0.67Cd0.33F2:Ce3+

N. Sorokin, I. I. Buchinskaya, B. Sobolev, 1992 .

Conductivity of a eutectic composite in the SrF 2 -LaF 3 system

N. Sorokin, B. Sobolev, 1996 .

SECTION PB0.67CD0.33F2.00-NAF AND THE CONDUCTIVITY OF THE COMPOSITES

P. Fedorov, N. Sorokin, I. I. Buchinskaya, 1996 .

Correlation between Refractive Index Dispersion Parameters and Cation Coordination Numbers in Fluoride Crystals

N. Sorokin, 2019, Inorganic Materials.

Growth of Fluorite Solid Solution Crystals in the Ternary SrF2–BaF2–LaF3 System and Investigation of Their Properties

N. Sorokin, D. Karimov, D. Ksenofontov, 2018, Crystallography Reports.

Composition Materials in the CaF_2–BaF_2 System

N. Sorokin, D. Karimov, I. I. Buchinskaya, 2023, Crystallography Reports.

Correlation between the Parameters of the Dispersion Relations of Refractive Indices and Coordination Numbers of Cations for the Langasite-Family Crystals

N. Sorokin, 2020, Physics of the Solid State.

Electrical conductivity of Cs2CuCl4 crystals

N. Sorokin, 2016, Crystallography reports (Print).

Crystallophysical Model of Ion Transport in Single-Crystal Ba1 – xLaxF2 + x and Ca1 – xYxF2 + x Superionic Conductors

N. Sorokin, D. Karimov, 2021, Physics of the Solid State.