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Chemical elements / Nonmetals / Reducing agents / Carbon / Amorphous carbon / Diamond-like carbon / Allotropes of carbon / Graphene / Ice / Chemistry / Matter / Superhard materials


PROOF COPY [BP10610] 133839PRB PHYSICAL REVIEW B 78, 1 共2008兲 2 Simulation of nanodiamond and nanographite formation from molten carbon
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Document Date: 2008-10-29 05:38:06

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Elsevier / Noyes / Weinheim / Haifa / Frauenheim / /

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Bn CO / Kohler / PY CO / The times / /

Country

Israel / /

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pence / /

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Facility

Israel Institute of Technology / /

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large systems / visualization tools / chemical properties / hydrogenated amorphous carbon networks / large amorphous sp3-bonded carbon network / amorphous carbon network / chemical-vapor deposition / high-dose low-energy / hydrogenated amorphous carbon network / chemical / hydrogenated carbon network / helpful tool / amorphous carbon networks / energy-band gap region / /

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PY / /

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DOS / /

Organization

African Union / Department of Physics / Technion / Israel Institute of Technology / /

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J. Adler / A. M. Zaitsev / V / O. Ofer / Joan Adler / V. S. Varichenko / V / G. Wagner / V. M. Titov / V / R. Kalish / N. Schreiber / A. Sorkin / A. Hoffmann / A. Hashibon / S. Sorkin / /

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AUTHOR / /

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New Jersey / New York / /

Technology

RAM / random access / Simulation / CVD / /

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