(JP8115736-A)      A cell assembly (41) comprises cells (40), stacked, with inter cellular passages (y) between. The cells are formed as rectangular plates, including an electrolyte layer (1), with an oxygen electrode (2) on one surface and a fuel electrode (3) on the other. Intracellular passages (x) are formed by members (4), opposite to the electrodes and open at one pair of opposite sides.    The intercellular passages are closed where the intracellular are open, and vice versa. Cell holder pairs (5) hold a cell each, with notches (51) receiving opposite sides, where intracellular passages are open. The notches have surfaces (53), similar in thickness to cells and in tight contact with their closed sides. The assembly is completed by cells stacked with open sides in notches of opposed holder pairs.    ADVANTAGE -   Simple horizontal or vertical assembly, reduced cost, easy gas connections, with long cell life.    (JP8273695-A)      A cell assembly (41) comprises cells (40), stacked, with inter cellular passages (y) between. The cells are formed as rectangular plates, including an electrolyte layer (1), with an oxygen electrode (2) on one surface and a fuel electrode (3) on the other. Intracellular passages (x) are formed by members (4), opposite to the electrodes and open at one pair of opposite sides.    The intercellular passages are closed where the intracellular are open, and vice versa. Cell holder pairs (5) hold a cell each, with notches (51) receiving opposite sides, where intracellular passages are open. The notches have surfaces (53), similar in thickness to cells and in tight contact with their closed sides. The assembly is completed by cells stacked with open sides in notches of opposed holder pairs.    ADVANTAGE -   Simple horizontal or vertical assembly, reduced cost, easy gas connections, with long cell life.    (EP698936-B1)      A cell assembly (41) comprises cells (40), stacked, with inter cellular passages (y) between. The cells are formed as rectangular plates, including an electrolyte layer (1), with an oxygen electrode (2) on one surface and a fuel electrode (3) on the other. Intracellular passages (x) are formed by members (4), opposite to the electrodes and open at one pair of opposite sides.    The intercellular passages are closed where the intracellular are open, and vice versa. Cell holder pairs (5) hold a cell each, with notches (51) receiving opposite sides, where intracellular passages are open. The notches have surfaces (53), similar in thickness to cells and in tight contact with their closed sides. The assembly is completed by cells stacked with open sides in notches of opposed holder pairs.    ADVANTAGE -   Simple horizontal or vertical assembly, reduced cost, easy gas connections, with long cell life.    (US5750280-A)      A cell assembly (41) comprises cells (40), stacked, with inter cellular passages (y) between. The cells are formed as rectangular plates, including an electrolyte layer (1), with an oxygen electrode (2) on one surface and a fuel electrode (3) on the other. Intracellular passages (x) are formed by members (4), opposite to the electrodes and open at one pair of opposite sides.    The intercellular passages are closed where the intracellular are open, and vice versa. Cell holder pairs (5) hold a cell each, with notches (51) receiving opposite sides, where intracellular passages are open. The notches have surfaces (53), similar in thickness to cells and in tight contact with their closed sides. The assembly is completed by cells stacked with open sides in notches of opposed holder pairs.    ADVANTAGE -   Simple horizontal or vertical assembly, reduced cost, easy gas connections, with long cell life.    (US5830592-A)      A cell assembly (41) comprises cells (40), stacked, with inter cellular passages (y) between. The cells are formed as rectangular plates, including an electrolyte layer (1), with an oxygen electrode (2) on one surface and a fuel electrode (3) on the other. Intracellular passages (x) are formed by members (4), opposite to the electrodes and open at one pair of opposite sides.    The intercellular passages are closed where the intracellular are open, and vice versa. Cell holder pairs (5) hold a cell each, with notches (51) receiving opposite sides, where intracellular passages are open. The notches have surfaces (53), similar in thickness to cells and in tight contact with their closed sides. The assembly is completed by cells stacked with open sides in notches of opposed holder pairs.    ADVANTAGE -   Simple horizontal or vertical assembly, reduced cost, easy gas connections, with long cell life.    (JP3007809-B2)      A cell assembly (41) comprises cells (40), stacked, with inter cellular passages (y) between. The cells are formed as rectangular plates, including an electrolyte layer (1), with an oxygen electrode (2) on one surface and a fuel electrode (3) on the other. Intracellular passages (x) are formed by members (4), opposite to the electrodes and open at one pair of opposite sides.    The intercellular passages are closed where the intracellular are open, and vice versa. Cell holder pairs (5) hold a cell each, with notches (51) receiving opposite sides, where intracellular passages are open. The notches have surfaces (53), similar in thickness to cells and in tight contact with their closed sides. The assembly is completed by cells stacked with open sides in notches of opposed holder pairs.    ADVANTAGE -   Simple horizontal or vertical assembly, reduced cost, easy gas connections, with long cell life.    (JP3007813-B2)      A cell assembly (41) comprises cells (40), stacked, with inter cellular passages (y) between. The cells are formed as rectangular plates, including an electrolyte layer (1), with an oxygen electrode (2) on one surface and a fuel electrode (3) on the other. Intracellular passages (x) are formed by members (4), opposite to the electrodes and open at one pair of opposite sides.    The intercellular passages are closed where the intracellular are open, and vice versa. Cell holder pairs (5) hold a cell each, with notches (51) receiving opposite sides, where intracellular passages are open. The notches have surfaces (53), similar in thickness to cells and in tight contact with their closed sides. The assembly is completed by cells stacked with open sides in notches of opposed holder pairs.    ADVANTAGE -   Simple horizontal or vertical assembly, reduced cost, easy gas connections, with long cell life.