(JP9512950-W)      Method for the fabrication of an electrochemical cell having an electrolyte based on molten carbonate comprising: bringing a cell stack to an elevated temperature, where an electrode/current collector assembly is provided comprising an electrode to be sintered and a metallic current collector, placing a functional layer between. The electrode is an LiCoO2 based material, and the functional layer and the electrode are attached to each other prior to forming the stack.    Also claimed is an electrochemical cell contg. green components.    Pref. the electrode and the functional layer are attached to each other by a tape casting technique using the same solvent/binder system.    USE -   Mfr. of molten carbonate fuel cells.    ADVANTAGE -   The fuel cell has a low transition resistance between electrode and current collector.    (EP804812-B1)      Method for the fabrication of an electrochemical cell having an electrolyte based on molten carbonate comprising: bringing a cell stack to an elevated temperature, where an electrode/current collector assembly is provided comprising an electrode to be sintered and a metallic current collector, placing a functional layer between. The electrode is an LiCoO2 based material, and the functional layer and the electrode are attached to each other prior to forming the stack.    Also claimed is an electrochemical cell contg. green components.    Pref. the electrode and the functional layer are attached to each other by a tape casting technique using the same solvent/binder system.    USE -   Mfr. of molten carbonate fuel cells.    ADVANTAGE -   The fuel cell has a low transition resistance between electrode and current collector.    (US5885309-A)      Method for the fabrication of an electrochemical cell having an electrolyte based on molten carbonate comprising: bringing a cell stack to an elevated temperature, where an electrode/current collector assembly is provided comprising an electrode to be sintered and a metallic current collector, placing a functional layer between. The electrode is an LiCoO2 based material, and the functional layer and the electrode are attached to each other prior to forming the stack.    Also claimed is an electrochemical cell contg. green components.    Pref. the electrode and the functional layer are attached to each other by a tape casting technique using the same solvent/binder system.    USE -   Mfr. of molten carbonate fuel cells.    ADVANTAGE -   The fuel cell has a low transition resistance between electrode and current collector.    (JP2960548-B2)      Method for the fabrication of an electrochemical cell having an electrolyte based on molten carbonate comprising: bringing a cell stack to an elevated temperature, where an electrode/current collector assembly is provided comprising an electrode to be sintered and a metallic current collector, placing a functional layer between. The electrode is an LiCoO2 based material, and the functional layer and the electrode are attached to each other prior to forming the stack.    Also claimed is an electrochemical cell contg. green components.    Pref. the electrode and the functional layer are attached to each other by a tape casting technique using the same solvent/binder system.    USE -   Mfr. of molten carbonate fuel cells.    ADVANTAGE -   The fuel cell has a low transition resistance between electrode and current collector.