TECHNOLOGY FOCUS - CERAMICS AND GLASS - Preferred Components: The anode material additionally contains ceramic material, i.e. ion conductor, especially oxygen ion conductor and/or mixed conductor.    TECHNOLOGY FOCUS - INORGANIC CHEMISTRY - Preferred Components: The ceramic material comprises cerium oxide compound, gallate, bismuth oxide compound or zirconium oxide compound. Preferred Composition: The content of ceramic material is 5-70 (preferably 30-40) vol.%.The anode material contains oxide(s) of alkaline- or alkaline earth metal i.e. titanate and/or vanadate at volume ratio of 0.1:50, as dopant and/or additive. The material has at least partly and/or in some sections a face-centered cubic lattice.    TECHNOLOGY FOCUS - METALLURGY - Preferred Components: The another metal is transition metal, or alkaline- or alkaline earth metal, particularly iron, cobalt, vanadium, chromium, platinum, rhodium, silver, gold, molybdenum, tungsten, palladium, ruthenium, magnesium or lithium. Preferred Composition: The content of another metal is 0.5-95 (preferably 0.5-10) vol.%. EXAMPLE - To manufacture nickel-copper-iron-cobalt-gadolinium cerium oxide anode materials, a powdered nickel oxide, copper oxide, iron oxide and gadolinium cerium oxide were mixed such that after the reduction, the metal phases in material were greater than or equal to 30 vol.%, and contents in metal phase of nickel are 70 vol.%, copper is 25 vol.%, iron is 3 vol.% and cobalt is 2 vol.%. After homogeneous mixing of oxide powders, binder system was added to make feedstock that has viscosity suitable for injection molding or extrusion. Anodes for high-temperature fuel cells could be formed by extrusion and then subjected to thermal treatment in air at 1250 degrees C. The organic binder components could be burnt out and sintering could be carried out until material strength for further processing was reached. In subsequent processing step, the temperature was reduced at 1200 degrees C in hydrogen atmosphere to maintain metallic phases of nickel, copper, iron and cobalt.