By Eduard W. Justi (auth.)
This publication matters one of many extra power of the tips which have been mentioned in journals dedicated to strength technological know-how over the last few years. It bargains with the idea that hydrogen can be the medium of strength and the solar can be the resource (and, for the time being, possibly additionally coal, biomass, or nuclear fuel). the interpretation has been conducted through Dr. W. Schuh and Mrs. ok. Claus in collaboration with me. yes problems faced us at an early level, and our answer of them calls for a few clarification. First, the chapters that we got from the unique German authors have been written at various instances throughout the Nineteen Eighties. a few years later, for the predicted e-book within the usa, approximately half the chapters have been thoroughly rewritten. the interpretation used to be performed in 1984-1986. moment, the unique quantity is a German publication. many of the examples in it seek advice from the Federal Republic of Germany, even if a few expand to Europe in general.
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Additional resources for A Solar—Hydrogen Energy System
T. Bacon: BEAMA J. (Ian. 1954). p. 2; World Sci. Rev. (April 1959). p. 21; USA Pat. 670 (1955); in: Fuel Cells, G. 1. ). Reinhold Publishing Corp, New York (1963), p. 51. 17. O. Lindstrom, ASEA J. 37:(1) (1964). 18. F. Lawaczek: Technik und WirtschaJt im Dritten Reich, Eher Verlag, Munich (1932); Elektrowirtschaft. 1. F. Lehmanns Verlag. Munich (1936). 19. E. lusti: Naturwissenschaften 48:289 (1960); ibid. 49:537 (1961); Jahrb. Akad. Wiss. Lit. (Mainz). pp. 200 and 250. Franz Steiner Verlag. Wiesbaden (1955); E.
P. , A Hydrogen Energy System, American Gas Association. Chicago (1972). 10. On the Way to New Energy Systems: III. Hydrogen and the Nonfossil Energy Media. A project supported by the West German Ministry for Research and Technology. Bonn (1975). 11. A. Buch: Kohle-Grundstoff der Energie [Coal-A Fundamental Energy Source]. PfriemerVerlag. Munich (1979). 12. W. Hawkins: Lockheed-California. Press release "ddp" (Nov. 7. 1977). 13. 1. Verne: L'Ue mysterieuse, Paris (1874). 14. H. Niederreither: DRP 648 941.
In general, a high per-capita gross national product corresponds to a high need for energy per person. 2, the Western industrial countries with the highest gross national products have the greatest needs for energy. This ratio of growth rates has often been discussed during the last few years. It is sometimes regarded as a law that there must always be a relatively close relationship between the two quantities of output and energy input. , become independent of each other. /' • States Switzerland.
A Solar—Hydrogen Energy System by Eduard W. Justi (auth.)