Regenerative EMF cells : a symposium co-sponsored by the Division of Industrial and Engineering Chemistry and the Division of Fuel Chemistry at the 149th meeting of the American Chemical Society, Detroit, Mich., April 8-9, 1965 /

Bibliographic Details
Corporate Authors:	American Chemical Society. Division of Industrial and Engineering Chemistry, American Chemical Society. Division of Fuel Chemistry
Other Authors:	Crouthamel, C. E., Recht, Howard L. (Howard Leonard), 1927-
Format:	eBook
Language:	English
Published:	Washington, D.C. : American Chemical Society, 1967.
Series:	Advances in chemistry series ; 64.
Subjects:	Fuel cells. Electrochemistry. Electric power supplies to apparatus. Temperature. Electricity. Electric power. Metals. Thermodynamics. Lithium compounds. Lithium. Metallurgy. Corrosion and anti-corrosives. Heat. Electrolysis. Bioelectric Energy Sources Electrochemistry Electric Power Supplies Temperature Sodium Compounds Electricity Metals Thermodynamics Lithium Compounds Lithium Metallurgy Metals > analysis Corrosion Conservation of Energy Resources > methods Hot Temperature Electrical Equipment and Supplies Electrolysis Chemical Phenomena Électrochimie. Alimentation en énergie électrique. Température. Électricité. Métaux. Thermodynamique. Lithium > Composés. Métallurgie. Corrosion. Chaleur. Électrolyse. power supply. temperature. electricity. metal. thermodynamics. metallurgy. corrosion (condition changing process) heat. electrolysis. TECHNOLOGY & ENGINEERING > Mechanical. Fuel cells Eletroquimica. Générateurs thermoélectriques > Congrès. Chaleur > Récupération > Congrès. Piles à combustibles > Congrès. Electronic books.
Online Access:	Connect to the full text of this electronic book

Table of Contents:

Regenerative Electrochemical Systems: An Introduction / LIEBHAFSKY, HERMAN A.
Continuous Gas Concentration Cells as Thermally Regenerative, Galvanic Cells / ANGUS, JOHN C.
Solid Inorganic Electrolyte Regenerative Fuel Cell System / BERGER, C.; STRIER, M. P.
Development of a Thermally Regenerative Sodium-Mercury Galvanic System: Part I. Electrochemical and Chemical Behavior of Sodium-Mercury Galvanic Cells1 / HERÉDY, L. A.; IVERSON, M. L.; ULRICH, G. D., Present address: Billerica Research Center, Cabot Corporation, Billerica, Mass.; RECHT, H. L
Development of a Thermally Regenerative Sodium-Mercury Galvanic System: Part II. Design, Construction, and Testing of a Thermally Regenerative Sodium-Mercury Galvanic System1 / GROCE, I. J.; OLDENKAMP, R. D.
Development of a Thermally Regenerative Sodium-Mercury Galvanic System: Part III. Performance Analysis for a Nuclear Reactor-Powered, Thermally Regenerative Sodium-Mercury Galvanic System1 / OLDENKAMP, R. D.; RECHT, H. L.
The Thermally Regenerative Liquid Metal Concentration Cell / AGRUSS, B.; KARAS, H. R.
Thermodynamics and Thermal Efficiencies of Thermally Regenerative Bimetallic and Hydride EMF Cell Systems / HESSON, JAMES C.; SHIMOTAKE, HIROSHI
Thermodynamics of the Lithium Hydride Regenerative Cell / JOHNSON, CARL E.; HEINRICH, ROBERT R.
Phase Diagram Considerations for the Regenerative Bimetallic Cell / FISCHER, ALBERT K.
Laboratory Studies of Intermetallic Cells / FOSTER, MELVIN S.
Corrosion by Fused Salts and Heavy Liquid Metals--A Survey / SHIMOTAKE, HIROSHI; HESSON, JAMES C.
Design Features and Performance of a Lithium-Chlorine Cell / ELIASON, ROBERT; ADAMS, JERRY; KENNEDY, JOHN
Regenerative Chloride Systems for Conversion of Heat to Electrical Energy / McCULLY, C. ROLAND; RYMARZ, TED M.; NICHOLSON, STANLEY B.
Thermally and Photochemically Regenerative Electrochemical Systems / ANDERSON, L. B.; GREENBERG, S. A.; ADAMS, G. B.
Chemically Regenerative, Fuel Cell Systems / MATSEN, JOHN M.
Electrolytically Regenerative Hydrogen/Oxygen Fuel Cell Battery / FINDL, E.; KLEIN, M.