405 results on '"Sanditov, D."'
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2. Elastic Moduli and the Grüneisen Parameter of Glass-Like Solids
3. Dependence of the Ratio of Squared Acoustic Wave Velocities in Solids on the Grüneisen Parameter
4. Evaluation of the Atom Delocalization Energy in Inorganic Glasses
5. The Characteristic Cooling Rate and Vitrification of Liquids
6. Anharmonicity and the Ratio of Sound Velocity Squares in Glassy Solids
7. On the Leontiev Formula for the Grüneisen Parameter of Solid States
8. Generalized Kinetic Criterion of the Liquid–Glass Transition
9. On the Temperature Dependence of the Glass Transition Activation Energy
10. Elastic Moduli and Poisson Ratio of Amorphous Organic Polymers
11. Rationale for Introducing an Additional Term into the Glass Transition Criterion
12. Energy of Atomic Delocalization and Glass Temperature of Amorphous Substances
13. Energy of Atom Delocalization and Thermal Motion in the Region of Vitrification
14. Glass Transition of Liquids and Frozen Deformation of Glass
15. Effective Modulus of Elasticity and Grüneisen Parameter of Chalcogenide Glasses in the As–Tl–S System
16. Transverse Strain and Nonlinearity of the Force of Interatomic Interaction of Solids
17. The One Glass Transition Criterion for Liquids
18. Atom Delocalization and Fluctuation Hole Formation in Amorphous Organic Polymers and Inorganic Glasses
19. Delocalized-Atom Model and Properties of Sulfophosphate Glasses
20. A New Approach to the Justification of the Wolkenstein–Ptitsyn Formula for the Parameter of the Vitrification Equation
21. New Approach to Justification of the Williams–Landel–Ferry Equation
22. Temperature of the Liquid–Glass Transition and Microhard State of Amorphous Substances in the Model of Delocalized Atoms
23. Application of the model of delocalized atoms to metallic glasses
24. On the estimate of the parameter of the glass transition equation (reply to the comment by S.V. Nemilov)
25. Cooling rate of melts and glass transition temperature
26. Delocalization energy of atoms in inorganic glass
27. On the nature of the liquid-to-glass transition equation
28. The origin of the Poisson ratio of amorphous organic polymers and inorganic glasses
29. Temperature dependence of the viscous flow of glass-forming melts in a broad temperature range
30. Estimation of the parameter of the main equation of the glass transition of amorphous polymers and other amorphous substances
31. Temperature range of the liquid–glass transition
32. Elastic Moduli and Poisson’s Coefficient of Optical Glasses
33. Delocalization of the atom in glass and its liquids
34. On the relaxation nature of the glass transition of amorphous polymers and low-molecular amorphous materials
35. Liquid-glass transition in the model of delocalized atoms
36. Structural relaxation time and cooling rate of a melt in the glass transition region
37. Atomic displacement energy in amorphous compounds
38. Glass-transition temperature and cooling rate of glass-forming melts
39. The Bartenev and Williams-Landel-Ferry equations in the relaxation theory of the glass transition and the model of delocalized atoms
40. Low-Frequency Viscoelastic Relaxation in Liquids
41. Model of Delocalization of Kinetic Elements and Viscoelastic Properties of Glassy Substances
42. Criterion of vitrification and cooling rate of vitreous melts
43. Effective modulus of elasticity of inorganic glass, as well as amorphous and partially crystalline polymers
44. Free volume of amorphous substances in the model of delocalized atoms
45. Model of viscous flow of glass-forming liquids and glasses
46. Gruneisen parameter and fluctuation volume of amorphous polymers and glass
47. Relation between elastic modulus and glass softening temperature in the delocalized atom model
48. Grüneisen parameter and propagation velocities of acoustic waves in vitreous solids
49. Model of delocalized atoms in the physics of the vitreous state
50. Temperature behavior of the free activation energy of viscous flow of glass-forming melts in a wide temperature range
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