Solar hydrogen

J. O M. Bockris, Energy Options Real Economics and the Solar Hydrogen System,]o m Wiley Soas, lac.. New York, 1980, p. 314. [Pg.434]

J. O. M. Bockris, T. N. Ve2iroglu, and D. Smith, Solar Hydrogen Fnergy The Power to Save the Farth, MacDonald Optima, London, 1991. [Pg.463]

L. W. Skelton, The Solar-Hydrogen Fnergy Fconomy Beyond the Age of Fire, Van Nostrand Reinhold Co., Inc., New York, 1984. [Pg.463]

Ogden J., and Nitsch, J. (1993). Solar Hydrogen. In Renewable Energy Sources of Electricity and Fuels, ed. T. Johannsson, H. Kelly, A. K. N. Reddy, and R. H. Williams. Washington DC Island Press. [Pg.659]

Wurster, R. Water Electrolysis and Solar Hydrogen Demonstration Projects 27... [Pg.611]

Pandey RN, Misra M, Srivastava ON (1998) Solar hydrogen production using semiconductor septum (n-CdSe/n and n-U02/Ti) electrode based photoelectrochemical solar cells. Int J Hydrogen Energy 23 861-865... [Pg.304]

BorreU L, Cervera-March S, Gimenez J, Simarro R, Andujar JM (1992) A comparative study of CdS-based semiconductor photocatalysts for solar hydrogen production from sulphide + sulphite substrates. Sol Energy Mater Sol Cells 25 25-39... [Pg.305]

Honda, K., Fujishima, A., Watanabe, T. in Solar-Hydrogen Energy Systems (Ohta, T., ed.) p. 137, Oxford, Pergamon Press 1981... [Pg.112]

Berman, A., Karn, R., and Epstein, M., Steam reforming of methane on Ru-catalysts for solar hydrogen production, Abstracts of 232 ACS National Meeting, Paper FUEL-140, Amer. Chem. Soc. San Francisco, CA, 2006. [Pg.97]

Linkous, C.A. and Slattery, D.K., Solar hydrogen via photosynthetic Z-scheme analogue based on semiconducting powders, Am. Chem. Soc. Fuel Chem., 43, 378, 1998. [Pg.282]

S. Sato (1979) Thermochemical hydrogen production in p. 81-114 Solar-hydrogen energy systems Ed. by Ohta T., Pergamon, Oxford... [Pg.11]

New inventions are rapidly progressing that will enable a solar hydrogen society to enter a non-carbon age of material excellence. Renewable energy for this advancement will be converted into safely storable, efficiently transportable, and clean usable hydrogen. [Pg.11]

In 1986, the Federal Republic of Germany and Saudi Arabia signed an agreement to co-operate in research, development and application in the field of solar hydrogen production (HYSOLAR). [Pg.35]

Schatz project (2006). The Schatz Solar Hydrogen Project, www.schatzlab.org/ projects/realworld/schatzsolar.html. [Pg.505]

Bensaid, S. Centi, G. Garrone, E. Perathoner, S. Saracco, G., Towards Artificial Leaves for Solar Hydrogen and Fuels from Carbon Dioxide. ChemSusChem 2012, 5 500-521. [Pg.449]

Arakawa, H., Sayama, K. 2000. Solar hydrogen production significant effect of Na CO, addition on water splitting using simple oxide semiconductor photocatalysts. Catal Surv Jpn 4 75-80. [Pg.153]

Cerveramarch, S.C., Borrell, L., Gimenez, J., Simarro, R., Andujar, J.M. 1992. Solar hydrogen photoproduction from sulfide sulfite substrate. Int J Hydrogen Energy 17 683-688. [Pg.154]

Huang, C., Raissi, T.-A. 2005. Analysis of sulfur-iodine thermochemical cycle for solar hydrogen production. Part I decomposition of sulfuric acid. Solar Energy 78 632-646. [Pg.155]

Midilli, A., Olgun, H., Ayhan, T. 2000. Solar hydrogen production from hazelnut shells. Int J Hydrogen Energy 25 723-732. [Pg.157]

Sato S (1979) Thermochemical hydrogen production. In Ohta T (ed) Solar hydrogen energy systems. Pergamon Press, New York... [Pg.93]

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