Ge / HP / Vanadium / Suzuki / Micromeritics Instrument Co. / /
Country
Japan / United States / Korea / India / /
Currency
pence / / /
Event
Environmental Issue / /
Facility
Laboratory of Nano-Green Catalysis / Inha University / Greenhouse Gases / International Center / Indian Institute of Chemical Technology / /
IndustryTerm
3d binding energy values / possible technologies / helium gas / chemical equilibrium / metal oxides / lower valence metal oxide / higher binding energy side / stainless steel tubular reactor / energy values / higher valence state metal oxides / oil / polybutadiene rubber / online gas chromatograph / energy / metal ions environment / aqueous oxalic acid solution / metal / styrene rubber / higher binding energy / plastics / optimum acid-base site / water-gas-shift / mixed metal oxides / chemical industry / gas shift / chemical feedstock / high-energy starting materials / chemical fixation / spent gas-fields / potent greenhouse gas / chemicals / co-product / /
OperatingSystem
XP / /
Organization
International Center for Diffraction Data / Council of Scientific and Industrial Research / V(V) / Council of Scientific / U.S. Securities and Exchange Commission / Inha University / Industrial Research / Inorganic and Physical Chemistry Division / Department of Chemistry / Indian Institute of Chemical Technology / Laboratory of Nano-Green Catalysis / /
Person
Van Krevelen / Sang-Eon Parkb / / /
Position
Brunauer-Emmett-Teller / Cao / /
ProvinceOrState
Colorado / /
Technology
radiation / X-ray / ATM / PDF / possible technologies / crystallization / spectroscopy / /
Indian Journal of Chemistry Vol. 51A, Sept-Oct 2012, pp[removed]Utilization of carbon dioxide in oxidative dehydrogenation reactions G Rajua, Benjaram M Reddya, * & Sang-Eon Parkb a