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PHYSICAL REVIEW B 80, 064105 共2009兲 High-pressure phases, vibrational properties, and electronic structure of Ne(He)2 and Ar(He)2: A first-principles study C. Cazorla,1,2 D. Errandonea,3 and E. Sola2 1
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Document Date: 2010-02-10 03:11:36


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City

Valencia / /

Company

E. Sola2 1 Materials Simulation Laboratory / /

Country

United Kingdom / Spain / /

Currency

pence / /

IndustryTerm

zero-temperature enthalpy energy differences / vibrational free energy / free-energy calculations / enthalpy energy difference / quasiharmonic free energy / energy region / energy convergence / energy-band gap / large energy cutoffs / energy interval / hexagonal network / enthalpy energy differences / free energy / improved pressure-transmitting media / bulk systems / energy intervals / rare-gas / conjugate-gradient algorithm / maximum energy cutoff / metallic and semimetallic systems / exchange-correlation energy / energy-band gaps / electronic zero-temperature energy / vibrational energy / ionic vibrational free-energy difference / energy calculations / chemical precompression / electronic energy / enthalpy energy / plane-wave energy cutoff / ionic free-energy / energy differences / pressure-transmitting media / Energy results / energy / /

OperatingSystem

DOS / Fermi / /

Organization

Universitat de Valencia / Department of Earth Sciences / U.S. Securities and Exchange Commission / /

Person

CRYSTAL STRUCTURES / /

Position

VP / MP / /

Technology

conjugate-gradient algorithm / semiconductor / semiconductors / x-ray / /

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