(JP7326366-A)      Cathode for a molten carbonate fuel cell comprises lithiated nickel oxide and is prepd. by (a) mixing nickel powder, lithium carbonate, an organic binding agent and a low boiling (50-100 C) organic solvent, (b) evaporating the solvent, (c) introducing the mixt. into the molten carbonate fuel cell and (d) heating the cell to its working temp. The cell has a matrix of ceramic material prepd. with an organic binding agent. The organic binding agent mixed with the nickel and lithium carbonate is the same as that used for the matrix. Also claimed is the method for mixing the same components.    USE -   The cell is used as a fuel cell.    ADVANTAGE -   Evapn. of the solvent combined with heating in the cell saves time and energy in preparing the lithiated nickel oxide.    (US5688292-A)      Cathode for a molten carbonate fuel cell comprises lithiated nickel oxide and is prepd. by (a) mixing nickel powder, lithium carbonate, an organic binding agent and a low boiling (50-100 C) organic solvent, (b) evaporating the solvent, (c) introducing the mixt. into the molten carbonate fuel cell and (d) heating the cell to its working temp. The cell has a matrix of ceramic material prepd. with an organic binding agent. The organic binding agent mixed with the nickel and lithium carbonate is the same as that used for the matrix. Also claimed is the method for mixing the same components.    USE -   The cell is used as a fuel cell.    ADVANTAGE -   Evapn. of the solvent combined with heating in the cell saves time and energy in preparing the lithiated nickel oxide.    (EP678926-B1)      Cathode for a molten carbonate fuel cell comprises lithiated nickel oxide and is prepd. by (a) mixing nickel powder, lithium carbonate, an organic binding agent and a low boiling (50-100 C) organic solvent, (b) evaporating the solvent, (c) introducing the mixt. into the molten carbonate fuel cell and (d) heating the cell to its working temp. The cell has a matrix of ceramic material prepd. with an organic binding agent. The organic binding agent mixed with the nickel and lithium carbonate is the same as that used for the matrix. Also claimed is the method for mixing the same components.    USE -   The cell is used as a fuel cell.    ADVANTAGE -   Evapn. of the solvent combined with heating in the cell saves time and energy in preparing the lithiated nickel oxide.