Hardness of nanocrystalline diamondsHardness of nanocrystalline
diamonds Equation of state for diamond in wide ranges of pressure and temperatureEquation of state for
diamond in wide ranges of pressure and temperature
Research of wear resistance of chrome diamond coating particles are coprecipitated with it. Since nanodiamond particles possess the properties of
diamond, that is
Generalized Jensen's functional on time scales via extended Montgomery identityIn the paper, we use Jensen's inequality for
diamond integrals and generalize it for n
Generalized Jensen’s functional on time scales via extended Montgomery identityIn the paper, we use Jensen’s inequality for
diamond integrals and generalize it for n
Extended Jensen’s functional for diamond integral via Green’s function and Hermite polynomial of Jensen’s functional for n-convex functions is deduced from Jensen’s inequality involving
diamond Extended Jensen's Functional for Diamond Integral via Hermite Polynomial for n-convex function is deduced from Jensen's inequality involving
diamond integrals. Special Hermite
Thermodynamic driving force in the formation of hexagonal-diamond Si and Ge nanowiresScalise, E.,
Sarikov, A.,
Barbisan, L.,
Marzegalli, A.,
Migas, D. B.,
Montalenti, F.,
Miglio, L. The metastable hexagonal-
diamond phase of Si and Ge (and of SiGe alloys) displays superior optical
Synthesis of Atomically Thin Hexagonal Diamond with CompressionKe F.,
Zhang L.,
Dong H.,
Chen B.,
Wang C.,
Mao W.L.,
Lin Y.,
Chen Y.,
Wu J.,
Yin K.,
Tse J.S.,
Tzeng Y.K.,
Liu Z. Synthesis of Atomically Thin Hexagonal
Diamond with Compression