{"id":564,"date":"2012-06-03T23:38:58","date_gmt":"2012-06-03T19:38:58","guid":{"rendered":"http:\/\/nanobuild.ru\/en_EN\/?p=564"},"modified":"2014-06-03T23:50:38","modified_gmt":"2014-06-03T19:50:38","slug":"nanobuild-3-2013-pages-45-55","status":"publish","type":"post","link":"https:\/\/nanobuild.ru\/en_EN\/nanobuild-3-2013-pages-45-55\/","title":{"rendered":"Nanobuild-3-2013-pages-45-55"},"content":{"rendered":"

Pages:\u00a0\u00a0 45 – 55<\/strong><\/p>\n

PHYSICAL AND MECHANICAL PROPERTIES OF NANOMATERIALS AND QUANTUM MECHANICS<\/strong><\/p>\n

Authors:<\/strong>\u00a0 IVASYSHIN Henrich Stepanovich, Doctor of Engineering, Professor, Academician of Russian Engineering Academy, Head of Pskov Branch of REA, Russian Federation<\/p>\n

Pskov State University<\/p>\n

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Extended Abstract:<\/strong>\u00a0 Mathematical and tribophysical models on the basis of increasing the ac\u00adcuracy of determining physical and mechanical characteristics of materials with the view of creating competitive technologies in the field of quantum me\u00adchanics applications are considered.<\/p>\n

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Key words: <\/strong>nanotechnologies, physical and mechanical properties, materials, fret\u00adting, quantum mechanics, material structure, friction control, Poisson\u2019s ratio, Young\u2019s module, shift module, dynamic hardness, relative wear resistance, scientific discovery.<\/p>\n

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References: <\/em><\/strong><\/p>\n

1. Gura G.S. <\/em>Bodies rolling motion with friction. Fretting. Monograph. Sochi: Doria. 2009. 295 p.<\/p>\n

2. Ivasyshin H.S. <\/em>Scientific discoveries in micro- and nanotribology. Phenomeno\u00adlogical fundamentals of quantum friction theory \/\/ Nanotechnologies in Construc\u00adtion: A Scientific Internet-Journal. Moscow: CNT \u00abNanoStroitelstvo\u00bb. 2010. \u2116 4. P. 70\u201386. State registration \u2116 0421000108. URL: http\/\/www.nanobuild.ru (Date of access: 22.10.2010).<\/p>\n

3. Ivasyshin H.S. <\/em>Scientific discoveries in micro- and nanotribology and helium wear \/\/ Nanotechnologies in Construction: A Scientific Internet-Journal. Moscow: CNT \u00abNanoStroitelstvo\u00bb. 2011. \u2116 3. P. 49\u201366. State registration \u2116 0421100108. URL: http\/\/www.nanobuild.ru (Date of access: 27.06.2011).<\/p>\n

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5. Scientific Discovery (Diploma \u2116 258) \/\/ Regularity of elastic aftereffect additivity in volume parts and superficial layers of friction pairs \/ H.S. Ivasyshin. Moscow. RAEN. 2004.<\/p>\n

6. Scientific Discovery (Diploma \u2116 277) \/\/ Regularity of magnetic aftereffect addi\u00adtivity in volume parts and superficial layers of friction pairs made of ferromagnetic materials \/ H.S. Ivasyshin. Moscow: RAEN. 2005.<\/p>\n

7. Scientific Discovery (Diploma \u2116 289) \/\/ Regularity of diffusive magnetic afteref\u00adfect additivity in volume parts and superficial layers of friction pairs made of fer\u00adromagnetic materials and alloys \/ H.S. Ivasyshin. Moscow: RAEN. 2005.<\/p>\n

8. Scientific Discovery (Diploma \u2116 302) \/\/ Regularity of hydrogen magnetic afteref\u00adfect additivity in volume parts and superficial layers of friction pairs made of fer\u00adromagnetic materials and alloys \/ H.S. Ivasyshin. Moscow: RAEN. 2006.<\/p>\n

9. Scientific Discovery (Diploma \u2116 392) \/\/ Regularity of changes of enthrophy of thermodynamic aftereffect of triboengineering system \/ H.S. Ivasyshin, M.M. Rad\u00adkevich, S.G. Chulkin. Moscow: RAEN. 2010.<\/p>\n

10. Scientific discovery (Diploma \u2116 404). Regularity of temperature aftereffects ad\u00additivity in the volume parts and superficial layers of friction pairs \/H.S. Ivasyshin, M.M. Radkevich, S.G. Chulkin. Moscow: RAEN. 2010.<\/p>\n

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13. NSU 328324 AIM K H GOl B5\/30. The method for determination of residual ten\u00adsion relaxation in parts \/ H.S. Ivasyshin. 1972. Bul. \u2116 6.<\/p>\n

14. NSU 848979 AIM K H GOl B5\/30. The method for determination of Poisson\u2019s ratio for material \/ H.S. Ivasyshin. 1981. Bul. \u2116 27.<\/p>\n

15. NSU 905714 A 1 M K H GOl N3\/20. The method for determination of material elas\u00adticity module \/ H.S. Ivasyshin. 1982. Bul. \u2116 6.<\/p>\n

16. NSU 905717 A 1 M K H GOl N3\/22. The method for determination of shift module in samples of material \/ H.S. Ivasyshin. 1982. Bul. \u2116 6.<\/p>\n

17. NSU 1381367 A 1 M K H GOl N3\/48. The method for determination of dynamic hardness \/ H.S. Ivasyshin. 1988. Bul. \u2116 10.<\/p>\n

18. NSU 1619134 A1MKH GOl N3\/5 6. The method of evaluation of metal relative wear resistance \/ H.S. Ivasyshin. 1991. Bul. \u2116 1.<\/p>\n

19. Feinman R. <\/em>Feinman\u2019s lectures on physics \/ R.Leiton, M. Sands. Moscow: Mir. 1977. V. 7. 288 p.<\/p>\n

20. Physical encyclopaedic dictionary. Moscow: Mir. 1986. 384 p.<\/p>\n

21. Cholakov V. <\/em>Nobel rewards. Scientists and discoveries. Moscow: Mir. 1986. 368 p.<\/p>\n

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