The XXIII International Conference on Relaxation Phenomena in Solids, dedicated to the 100th anniversary of the V.S. Postnikov birth, September 16 – 19, 2015, Voronezh, Russia.
Topics:
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I. Theory of relaxation phenomena
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1.1. Quantum relaxation mechanisms
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1.2. Classical mechanisms of relaxation phenomena
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1.3. Electron and phonon relaxation
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1.4. Relaxation phenomena in the process of external influence on the material
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II. Mechanical relaxation
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2.1. Aftereffect and stress relaxation
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2.2. Internal friction, which is associated with micro- and macrodefects in metals
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2.2.1. Point defects
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2.2.2. Dislocation
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2.2.3. Interphase and domain boundaries
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2.2.4. Materials after severe plastic deformation
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2.3. Internal friction in solids
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2.3.1. Metals and alloys
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2.3.2. Semiconductors
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2.3.3. Oxide glasses and ceramics
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2.3.4. Polymers and composites based on them
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2.3.5. Oxide superconductors
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2.3.6. Superionic conductors
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2.3.7. Ferroelastics and ferroelectrics
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2.4. Long-term processes of change in the structure and materials properties
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2.5. Materials fatigue and creep
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III. Dielectric relaxation
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3.1. Dielectric relaxation in phase transitions
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3.2. Dipole glasses and relaxors
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3.3. Ferroelectromagnets and magnetoelectric composites
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3.4. Degradation of material parameters
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IV. Magnetic relaxation
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4.1. Ferromagnets
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4.2. Spin glasses
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4.3. Superparamagnets
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4.4. Magnetic colloids and liquid
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4.5. Magnetic semiconductors
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V. Relaxation in nanosystems
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5.1. Graphenes, fullerenes and carbon nanotubes
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5.2. Amorphous metal alloys
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5.3. Nanocrystalline solids
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5.4. Nanocomposites
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5.5. Thin films and multilayer structures
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5.5. Heterostructure
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VI. Miscellanea
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6.2. Hydrogen in metals and semiconductors
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6.3. Relaxation in strongly nonequilibrium conditions
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6.4. Relaxation in biomaterials
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VII. Methods and apparatus for measuring relaxation phenomena Deadlines:
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Pre-registration– May 01, 2015
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Abstracts – May 30, 2015
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Papers – September 01, 2015
