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Chemical kinetics / Fullerene / Combustion engineering / Flame / Higher fullerenes / Diffusion flame / Carbon / Soot / Premixed flame / Chemistry / Fire / Fullerenes


Document Date: 2003-07-08 15:44:52

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City

Cambridge / /

Company

Elsevier Ltd. / Rainey LC / Yokogawa / collg SA / Cabot / /

Currency

pence / /

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Facility

Massachusetts Institute of Technology / /

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IndustryTerm

energy barrier / gas flow / Potential applications / fullerene-producing systems / observed activation energy / suitable site / inert gas / overall activation energy / sufficient energy / argon gas velocity / gas residence time / high impact energy / high-energy fuels / activation energy / argon gas stream / cold gas velocity / Flame gas concentrations / optical and electronic devices / energy / /

Organization

office of Energy Research / Jack B. Howard* Department of Chemical Engineering / Division of Chemical Sciences / United States Department of Energy / Massachusetts Institute of Technology / office of Basic Energy Sciences / /

Person

Jack B. Howard / Isidro Griful / Anish Goel / Kronholm / Heath JR / /

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Position

*Corresponding author / Ea /RT / /RT / /

ProgrammingLanguage

C / /

ProvinceOrState

South Dakota / Massachusetts / /

Technology

sublimation / ATM / /

SocialTag