Academic Press / Dutta and co / Plenum Press / D. Semiconductor Particle Systems / State PhotovoltaicBased Systems / Ace / C. Semiconductor Electrode (Liquid Junction) Systems / Microheterogeneous Systems / Ge / Honda / Gap / M. Energy Resources / Garrett / /
Country
France / United States / /
Currency
AED / USD / /
Facility
The University of Texas / University of Texas / /
IndustryTerm
electrolysis energy efficiencies / photoelectrochemical devices / free energy change / transportation / particulate systems / chemical solar energy systems / chemical problems / natural gas / capital equipment / chemical solar energy conversions / metal electrodes / chemical energy / chemical schemes / threshold energy / food / energy / metal / solar energy incident / electricity / threshold photon energy / energy conversion / radiant energy / electrical energy / noble metal catalysts / sufficient energy / renewable energy source / energy efficiency / solar energy / chemical photovoltaic systems / chemical / semiconductor liquid junction systems / energy equivalent basis / /
Organization
University of Texas at Austin / BARD*AND MARYEANNEFox* Department of Chemistry and Biochemistry / Center for Fast Kinetics Research / University of Texas / /
Person
Black / Edmond Amouyal / Marye Anne Fox / /
Position
Archer / collector at maximum solar intensity / good model for understanding the semiconductorAiquid interface / director / Chair / forward / Porter / /
Acc. Chem. Res. 1995,28, [removed]