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EINSTAIN AND FRETTING. BULGAKOV AND QUANTUM MECHANICS. Part 2
Journal: Nanotechnologies in Construction: A Scientific Internet-Journal (Vol.5, No. 6)Publication Date: 2013-12-16
Authors : IVASYSHIN Henrich Stepanovich;
Page : 85-100
Keywords : nanotechnologies; physical and mechanical properties; materials; fretting; quantum mechanics; material structure; friction control; Poisson’s ratio; Young’s module; shift module; dynamic hardness; relative wear resistance; scientific discovery;
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Abstract
Mathematical and tribophysical models based on the increased accuracy of determining physical and mechanical characteristics of materials and aimed at creation of competitive technologies in the field of quantum mechanics applications are considered. Authors: IVASYSHIN Henrich Stepanovich, Doctor of Engineering, Professor, Academician of Russian Engineering Academy, Head of Pskov Branch of REA, Pskov State University, Faculty of Mechanics and Machine Building, The Educational and Research Center of Innovative Tribology; 180000, Pskov, Ploschad’ Lenina, bld. 2; e-mail: genrih.ivasyshin@yandex.ru
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Last modified: 2014-10-04 23:04:17