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17 21 2008 .,









1. Korotitskiy A.V., Inaekyan K.E., Brailovski V., Prokoshkin S.D. (, Montreal (Quebec), Canada)
LONG-TERM CHANGE OF MICROHARDNESS OF Ti-50.26at.%Ni SHAPE MEMORY ALLOY AFTER SEVERE PLASTIC DEFORMATION

2. Efimov O.Yu., Yuriev A.B., Chinokalov V.Ya., Simakov V.P., Gromov V.E., Konovalov S.V. ()
Properties of Cast Iron Rollers after Plasma Hardening

3. Kisel V.P. ()
DISLOCATION MECHANISMS DETERMIN THE THERMAL CONDUCTIVITY OF LIQUIDS AND SOLIDS INCLUDING SUPERCONDUCTORS AND SUPERFLUIDS

4. Kisel V.P. ()
DISLOCATION MECHANISMS EXPLAIN THE FEATURES OF LOW TEMPERATURE HEAT CONDUCTIVITY IN RARE-GAS SOLIDS

5. Kisel V.P. ()
CLASSICAL DEFORMATION PROPERTIES IN THE PHASE TRANSITIONS OF VARIOUS MATERIALS INCLUDING QUANTUM SOLID AND LIQUID HELIUM

6. Kisel V.P. ()
DEFORMATION MECHANISMS IN SUPERSOLID AND SUPERFLUID He

7. Kisel V.P. ()
UNIVERSALITY OF DISLOCATION MICROMECHANISMS IN ION DYNAMICS

8. Kisel V.P. ()
MECHANISMS OF PLASTICITY AND FRACTURE IN CRYSTALS UNDER LOW AND SHOCK-WAVE STRESSES

9. Kisel V.P. ()
KEY ROLE OF THE DEFORMATION MECHANISMS IN PHASE TRANSITIONS IN SOLIDS, LIQUIDS, BIOLOGICAL TISSUES (TUMOR GROWTH, AGING, ADAPTATION TO STRESS AND MEDICAL TREATMENT ARE INCLUDED)

10. Kukushkin S. A., Kuzmichev S. V. (-)
EVOLUTION OF UNIFORMLY STRESSED MICROPORE IN BRITTLE SOLID.

11. Nechaev Yu.S. ()
ON WAYS OF SOLVING THE ACTUAL PROBLEM OF COMPATIBILITY OF STEELS WITH HYDROGEN AND NATURAL GAS

12. Ostapovets A., Paidar V. (Prague/ Czech Republic)
COMPARISON OF DIFFERENT DISPLACIVE PROCESSES IN BCC STRUCTURE

13. Paidar V. (Prague/ Czech Republic)
DISPLACIVE PROCESSES AND PHASE TRANSFORMATIONS

14. Yoshiyuki Kataoka, Hisayuki Kohno, Hisashi Homma, Kohei Kansai (Osaka/ Japan)
SIMULTANEOUS ANALYSIS OF NICKEL ALLOYS AND HIGH ALLOY STEELS USING THE FUNDAMENTAL PARAMETER METHOD

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