Browsing by Author "Pal'yanov Yu.N."
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Browsing by Author "Pal'yanov Yu.N."
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Urakaev F.Kh.; Pal'yanov Yu.N.; Shevchenko V.S.; Sobolev N.V. (2004)The effect of diamond mechanical activation (grinding and homogenization) on cohenite synthesis was studied experimentally and theoretically. For the first time the possibility is demonstrated for participation of grinding ...
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Sokol A.G.; Pal'yanov Yu.N.; Pal'yanova G.A.; Tomilenko A.A. (2004)Graphite and a fluid-generating substance (silver oxalate, oxalic acid, or anthracene) were sealed in a platinum or a gold capsule and run for a long time at elevated pressure (5.7 GPa) and temperature (1200 or 1420°C). ...
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Sokol A.G.; Pal'yanov Yu.N. (2004)This paper discusses recent experimental data on diamond crystallization in fluid (CO2-C, H2O-CO2-C, H 2O-C, CH4-H2O-C, and CH 4-H2-C) and carbonate-fluid (K 2CO3-H2O-CO2-C, Na 2CO3-H2O-CO2-C, and CaMg(CO3)2-H2O-CO2-C) ...
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Khokhryakov A.F.; Pal'yanov Yu.N.; Sobolev N.V. (2001)
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Pal'yanov Yu.N.; Sokol A.G.; Borzdov Yu.M.; Sobolev N.V. (1998)Diamond crystallization in carbonate-carbon systems was studied on a "split sphere" device BARS at P = 7 GPa and T = 1700-1750°C (experiment time 18.5 h). It has been established that the heterogeneous nucleation of diamond ...
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Shatskii A.F.; Borzdov Yu.M.; Sokol A.G.; Pal'yanov Yu.N. (2002)Diamond crystallization and character of phase formation in thesystems K2CO3-C, K2CO3-SiO2-C, and K2CO3-Mg2SiO4-C were studied at 6.3 GPa, 1650 degreesC for 40 h using the multianvil split-sphere equipment. The SiO2/K2CO3 ...
Now showing items 1-6 of 6