Industrial applications electrochemical probes

Up to 1995, the year in which he became Professor emeritus, and even thereafter he was active in different fields of solid state electrochemistry (solid electrolytes, sensors, SOFC). His pioneering work encompasses contributions to solid oxide fuel cells, theoretical considerations regarding electrochemical phenomena in solid electrolyte cells, basic discoveries in solid electrolyte gas cells, and their applications as gas sensors in different branches of industry. Without any doubt, the discovery of the fuel-oxygen titration curve by means of solid electrolyte cells on which the lambda probe is based is his most memorable contribution to electrochemistry. At the Second European Solid Oxide Fuel Cell Forum, which took place in Oslo on May 1996, Prof. Dr. Hans-Heinrich Mobius was awarded the Christian Friedrich Schonbein Medal of Honor in recognition of his outstanding contributions to the fundamentals and the technology of solid electrolyte fuel cells [1]. 

Electrochemical noise measurements. There may be skepticism about the application of electrochemical noise measurements to industrial rebar corrosion monitoring. Concerns about the perceived oversensitivity of the technique and fears of external signal interference have been raised. While such concerns may be justified in certain cases, electrochemical noise measurements have been performed with probes embedded in large concrete prisms (up to 4 m long). These... 

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