Titlebook: Electrochemical Processes in Fuel Cells; Manfred W. Breiter Book 1969 Springer-Verlag New York Inc. 1969 Ion.Oxidation.chemistry.electroca

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散布

Mass Transport Processes,actions at the anode or cathode have to be transported to the respective electrode surfaces. The basic concepts of transport processes are briefly outlined in this chapter. The reader is referred for a comprehensive treatment to the book on physicochemical hydrodynamics by . [1]. Phenomena resulting

高歌

偶然

Anodic Oxidation of Molecular Hydrogen at Low Temperatures,ient resistance to corrosion in acid media and are good electrocatalysts at the same time. The mechanism of the anodic H. oxidation is discussed for noble metals and their alloys in section 1 of this chapter. The conclusions derived for acid solutions can be easily transferred to alkaline electrolyt

車床

Oxygen Layers on Different Materials and Inhibition of Fuel Oxidations,VI and VII. The word “oxygen layer” is used in a general sense here to denote chemisorbed layers of OH. and O. as well as hydroxide layers and oxide layers. The potential region in which the oxygen layers are formed and reduced on platinum metals was called “oxygen region”. Details about the formati

evince

Adsorption of Carbonaceous Species on Platinum Metals,s play an important role in our understanding of electrocatalysis. The techniques for their study, their properties and coverage of the surface under different conditions are discussed in this chapter. The role of adsorbed species in the oxidation of various fuels is dealt with in chapter X.

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INCUR

The Oxygen Electrode at Low Temperatures, in fuel cells. The use of air is preferable for economic reasons. Platinum metals and alloys of platinum metals are electrocatalysts for acid and alkaline electrolytes. Silver, silver alloys, nickel, carbon, and intermetallic compounds represent less expensive electrocatalysts for the oxygen electr

謊言

FLIP

Processes in Fuel Cells with Solid Electrolytes,2], and . [3]. Since the problem of electrocatalysis is not serious [4,5] at temperatures around 1000°C, the main emphasis has been on the improvement of solid electrolytes and on the development of suitable cell designs in recent years.