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Anwendung von Magnéli‐Phasen des Titandioxids in der elektrochemischen Technologie
10.1002/cite.330700705.abs
Use of Magneli Phases of Titanium Diooxide in Electrochemical Technology. Magneli phases of titanium oxides are known to have many interesting properties such as a conductivity comparable to that of graphite, a high level of chemical stability, and large overpotentials for gas evolving reactions. In this paper the possibilities for synthesis of pure Magneli phases are reported and the influence of various experimental parameters on the electrochemical properties is discussed. Several chemical, electrochemical, physicochemical, and physical experiments were performed. The opportunities for technological applications in the field of electroplating, in the recycling of process solutions, as supporting substrates for electrocatalysts, and as collector materials are considered.
Anwendung von Magnéli‐Phasen des Titandioxids in der elektrochemischen Technologie
10.1002/cite.330700705.abs
Use of Magneli Phases of Titanium Diooxide in Electrochemical Technology. Magneli phases of titanium oxides are known to have many interesting properties such as a conductivity comparable to that of graphite, a high level of chemical stability, and large overpotentials for gas evolving reactions. In this paper the possibilities for synthesis of pure Magneli phases are reported and the influence of various experimental parameters on the electrochemical properties is discussed. Several chemical, electrochemical, physicochemical, and physical experiments were performed. The opportunities for technological applications in the field of electroplating, in the recycling of process solutions, as supporting substrates for electrocatalysts, and as collector materials are considered.
Anwendung von Magnéli‐Phasen des Titandioxids in der elektrochemischen Technologie
Zweynert, M. (Autor:in) / Döring, H. (Autor:in) / Garche, Jürgen (Autor:in) / Enghardt, K. (Autor:in) / Wiesener, K. (Autor:in)
Chemie Ingenieur Technik ; 70 ; 827-841
01.07.1998
15 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
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