657 results on '"Sobolev, B."'
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2. Defect Crystal Structure of α-Na0.5–xR0.5+xF2+2x (R = Dy–Lu, Y) According to X-ray and Electron Diffraction Data: 1. The Method of Defect Structure Modeling on the Example of α-Na0.35Dy0.65F2.30
3. The impact of the frequency, duration and type of physiotherapy on discharge after hip fracture surgery: a secondary analysis of UK national linked audit data
4. The Electron Diffraction Investigation of the Phase Structures in the Systems MF2–RF3 (CaF2–ErF3, SrF2–LaF3)
5. Defect Crystal Structure of (R = Dy–Lu, Y) According to X-ray and Electron Diffraction Data. II: Defect Structure of the α-Na0.4R0.6F2.2 (R = Ho–Lu, Y) Nanostructured Crystals.
6. Defect Crystal Structure of α-Na0.5–xR0.5+xF2+2x (R = Dy–Lu, Y) According to X-ray and Electron Diffraction Data: 1. The Method of Defect Structure Modeling on the Example of α-Na0.35Dy0.65F2.30
7. Influence of Temperature on the Defect Structure of the Fluorite Sr1 – xLaxF2 + x (x = 0.11–0.33) Single Crystals
8. Nonstoichiometry in Inorganic Fluorides. IV: The Initial Stage of Anionic Nonstoichiometry in RF3 (R = Y, La, Ln)
9. Nonstoichiometry in Inorganic Fluorides. III: Anionic Nonstoichiometry in MF2 (M = Ca, Sr, Ba)
10. Polymorphism, Isomorphism, and Morphotropy in Trifluorides of Rare-Earth Elements (R) and RF3–R'F3 Systems
11. Nanostructured Crystals of Fluorite Phases Sr1–xRxF2+x (R Are Rare-Earth Elements) and Their Ordering. 16: Defect Structure of the Nonstoichiometric Phases Sr1–xRxF2+x (R = Pr, Tb–Yb) As Grown
12. 75LiF + 25SmF3 Eutectic Composite and Ionic Conductivity of SmF3 near the Polymorphic α–β Transition
13. Rare-Earth-Element (REE) Trifluorides in the RF3–R'F3 (R, R' = REEs) Systems: 1. Classification of the Systems by Chemical Proximity of Components
14. Lanthanum and Lanthanide Trifluorides: Lanthanide Contraction and Volume of Fluorine Ion
15. Optimization of the Compositions of Solid Electrolytes Pb1 – xRxF2 + x with Fluorite-Type Structure in Conductivity and Thermal Stability
16. 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)
17. Nanostructured Crystals of Fluorite Phases Sr1 – xRxF2 + x (R Are Rare-Earth Elements) and Their Ordering. 15. Concentration Dependence of the Defect Structure of As Grown Nonstoichiometric Phases Sr1 – xRxF2 + x (R = Sm, Gd)
18. Optimization of the Compositions of Solid Electrolytes Cd1 – xRxF2 + x (R = La–Lu, Y) with a Fluorite-Type Structure for Conductivity and Thermal Stability
19. The Yttrium, Lanthanum, and Lanthanide Trifluorides: Internal Periodicity of Phase Transitions
20. Anisotropy of Ionic Conductivity of TbF3 Crystals
21. Discharge destination following hip fracture in Canada among previously community-dwelling older adults, 2004–2012: database study
22. Fluorine-Ionic Conductivity of Superionic Conductor Crystals Na0.37Tb0.63F2.26
23. Prognostic factors of in-hospital complications after hip fracture surgery: a scoping review
24. Growth of Sm1 – ySryF3 – y (0 < y ≤ 0.31) Crystals and Investigation of Their Properties
25. Crystal Growth and Thermal Conductivity of the Congruently Melting Solid Solution Cd0.77Sr0.23F2
26. Nanostructured Crystals of Fluorite Phases Sr1 – xRxF2 + x (R Are Rare-Earth Elements) and Their Ordering. 14: Concentration Dependence of the Defect Structure of Nonstoichiometric Phases Sr1 – xNdxF2 + x As Grown (x = 0.10, 0.25, 0.40, 0.50)
27. Growth of \documentclass[12pt]{minimal} \usepackage{amsmath} \usepackage{wasysym} \usepackage{amsfonts} \usepackage{amssymb} \usepackage{amsbsy} \usepackage{mathrsfs} \usepackage{upgreek} \setlength{\oddsidemargin}{-69pt} \begin{document}$${\text{N}}{{{\text{d}}}_{{{\text{1}}\; - \;y}}}{\text{Eu}}_{y}^{{{\text{2}} + }}{{{\text{F}}}_{{{\text{3}}\; - \;y}}}$$\end{document} Single Crystals with Tysonite-Type (LaF3) Structure and Investigation of the Concentration Dependence of Some Their Properties
28. Effect of Planar Waveguide Geometry on the Formation of Optical Bullets
29. Growth of Fluorite Solid Solution Crystals in the Ternary SrF2–BaF2–LaF3 System and Investigation of Their Properties
30. Increase in the Fluorine-Ion Conductivity of Single Crystals of Tysonite-type CeF3 Superionic Conductor by Substituting Polarized Cd2+ Ions for Ce3+ Ions
31. Synthesis of Nonstoichiometric Samarium Fluoride SmF2 + x
32. Influence of Nonstoichiometry in Fluoride Phase on the Ionic Conductivity of Composite Fluoride‒Oxide Materials 90PrF3 · 10Al2O3 and 90Pr0.95Sr0.05F2.95 · 10Al2O3
33. Thermal Expansion of EuF2 + x Single Crystals and Their Thermal Stability
34. Concentration Dependences of the Lattice Parameter and Density of Ca1 – xSrxF2 (0 ≤ x ≤ 1) Solid Solution Crystals
35. 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
36. Anisotropy of the Mechanical Properties of TbF3 Crystals
37. Defect structure and ionic conductivity of as-grown R 1–y Sr y F3–y (R = Ce, Pr, or Nd) crystals with high SrF2 content
38. Ternary crystals Sr1−y Eu y−x 2+Eu x 3+F2+x of fluorite phases with a variable europium valence and their thermal conductivity (50–300 K)
39. Ionic conductivity of BaF2 + ZnF2 + CdF2 + YbF3 optical fluoride ceramic
40. Ionic conductivity of crystallization products of Ba1–x Yb x F2 + x melts (x = 0.1, 0.2, 0.25)
41. Fluorine-ion conductivity of different technological forms of solid electrolytes R 1–y M y F3–y (LaF3 Type ) (M = Ca, Sr, Ba; R Are Rare Earth Elements)
42. Ionic conductivity of ScF3 single crystals (ReO3 type)
43. Dimorphism of RF3 (R = La–Nd) crystals based on the data of X-ray diffraction studies
44. TEM investigation of phase relations in the CaF2–ErF3 system (65–85 mol %) in the range of tysonite phase formation
45. Nanostructured crystals of fluorite phases Sr1–x R x F2 + x and their ordering: 11. Influence of structural cluster ordering on fluorine ionic conductivity of the Sr1–x Lu x F2 + x Phase
46. Thermophysical characteristics of EuF2.136 crystal
47. Excess mortality associated with second hip fracture
48. Electrical and thermal conductivities of congruently melting single crystals of isovalent M 1 − x M′xF2 solid solutions (M, M′ = Ca, Sr, Cd, Pb) in relation to their defect fluorite structure
49. The way to the peptide vaccine against hepatitis C
50. Relationship between the defect structure and fluorine-ion conductivity of La1 − y Sr y F3 − y (0 ⩽ y ⩽ 0.15) crystals according to X-ray and neutron diffraction data
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