(WO9911828-A1)   NOVELTY - The electrical resistance of a chromium steel component current connection, caused by an oxide corrosion film, is reduced by annealing the component at at least 950degreesC and removing any resulting oxide layer before use.    USE - For treating conductive chromium steel components for use in an oxidizing atmosphere at at least 500degreesC, preferably as cathode current collectors of molten carbonate fuel cells (claimed).    ADVANTAGE - After treatment, the chromium steel component forms, during use in a high temperature oxidizing atmosphere, a new oxide film which exhibits a tenfold reduction in electrical resistance but the same corrosion resistance compared with an untreated component of chromium steel of the same composition.    (EP1017861-A1)   NOVELTY - The electrical resistance of a chromium steel component current connection, caused by an oxide corrosion film, is reduced by annealing the component at at least 950degreesC and removing any resulting oxide layer before use.    USE - For treating conductive chromium steel components for use in an oxidizing atmosphere at at least 500degreesC, preferably as cathode current collectors of molten carbonate fuel cells (claimed).    ADVANTAGE - After treatment, the chromium steel component forms, during use in a high temperature oxidizing atmosphere, a new oxide film which exhibits a tenfold reduction in electrical resistance but the same corrosion resistance compared with an untreated component of chromium steel of the same composition.    (DE19738405-C2)   NOVELTY - The electrical resistance of a chromium steel component current connection, caused by an oxide corrosion film, is reduced by annealing the component at at least 950degreesC and removing any resulting oxide layer before use.    USE - For treating conductive chromium steel components for use in an oxidizing atmosphere at at least 500degreesC, preferably as cathode current collectors of molten carbonate fuel cells (claimed).    ADVANTAGE - After treatment, the chromium steel component forms, during use in a high temperature oxidizing atmosphere, a new oxide film which exhibits a tenfold reduction in electrical resistance but the same corrosion resistance compared with an untreated component of chromium steel of the same composition.