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Fluid dynamics / State functions / Gases / Physical quantities / Kinetic theory / Temperature / Quenching / Pressure / Ideal gas / Physics / Thermodynamics / Chemistry


Gas collisions and pressure quenching of the photoluminescence of silicon nanopowder grown by plasma-enhanced chemical vapor deposition P. Rouraa) and J. Costa GRM, Dept. d’Enginyeria Industrial, Escola Polite`cnica Su
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Document Date: 2014-02-12 02:36:20

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City

Moscow / Barcelona / Catalonia / /

Company

P. Roura N. A. / Matsuda / Furukawa / J. Costa N. A. / /

Currency

pence / USD / /

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Facility

American Institute of Physics / American Institute of Physics Downloaded¬26¬Apr¬2010¬to¬84.88.138.106.¬Redistribution¬subject¬to¬AIP¬license¬or¬copyright;¬see¬http /

IndustryTerm

gas dependent / gas molecules j51 / microscopic gas variables / gas molecules / kinetic energy / exponential law / Gas collisions / gas pressure / given gas / inert gas species / gas variable / greater energy / plasma-enhanced chemical vapor deposition / monoatomic gas / energy / gas family ~monoor / /

Organization

American Institute of Physics / Universitat de Girona / Universitat de Barcelona / /

Person

H. Hashimoto / H. Ono / F. W. Ping / H. Nozawa / /

Technology

semiconductor / laser / optoelectronics / chemical vapor deposition / /

URL

http /

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