(JP11274532-A)   NOVELTY - An upper cell (12) composed of an n+ and a p+ layer, and a lower cell (14) composed of n- and p+ layers are stacked together. The upper cell has a larger band gap than the lower cell. The lower cell has cathodes (26) and anodes (28) connected to its n+ and p+ layers respectively. The anodes act as the counterpart of the upper electrode (18) of the upper cell. Minority carriers appearing in the lower cell are withdrawn by the electrodes in the cell.    USE - Solar battery.    ADVANTAGE - The solar battery has the most suitable thickness in terms of photoelectric efficiency, and reduced carrier recombination loss.    (JP11317533-A)   NOVELTY - An upper cell (12) composed of an n+ and a p+ layer, and a lower cell (14) composed of n- and p+ layers are stacked together. The upper cell has a larger band gap than the lower cell. The lower cell has cathodes (26) and anodes (28) connected to its n+ and p+ layers respectively. The anodes act as the counterpart of the upper electrode (18) of the upper cell. Minority carriers appearing in the lower cell are withdrawn by the electrodes in the cell.    USE - Solar battery.    ADVANTAGE - The solar battery has the most suitable thickness in terms of photoelectric efficiency, and reduced carrier recombination loss.    (EP984494-A1)   NOVELTY - An upper cell (12) composed of an n+ and a p+ layer, and a lower cell (14) composed of n- and p+ layers are stacked together. The upper cell has a larger band gap than the lower cell. The lower cell has cathodes (26) and anodes (28) connected to its n+ and p+ layers respectively. The anodes act as the counterpart of the upper electrode (18) of the upper cell. Minority carriers appearing in the lower cell are withdrawn by the electrodes in the cell.    USE - Solar battery.    ADVANTAGE - The solar battery has the most suitable thickness in terms of photoelectric efficiency, and reduced carrier recombination loss.    (JP2000196114-A)   NOVELTY - An upper cell (12) composed of an n+ and a p+ layer, and a lower cell (14) composed of n- and p+ layers are stacked together. The upper cell has a larger band gap than the lower cell. The lower cell has cathodes (26) and anodes (28) connected to its n+ and p+ layers respectively. The anodes act as the counterpart of the upper electrode (18) of the upper cell. Minority carriers appearing in the lower cell are withdrawn by the electrodes in the cell.    USE - Solar battery.    ADVANTAGE - The solar battery has the most suitable thickness in terms of photoelectric efficiency, and reduced carrier recombination loss.    (US6166320-A)   NOVELTY - An upper cell (12) composed of an n+ and a p+ layer, and a lower cell (14) composed of n- and p+ layers are stacked together. The upper cell has a larger band gap than the lower cell. The lower cell has cathodes (26) and anodes (28) connected to its n+ and p+ layers respectively. The anodes act as the counterpart of the upper electrode (18) of the upper cell. Minority carriers appearing in the lower cell are withdrawn by the electrodes in the cell.    USE - Solar battery.    ADVANTAGE - The solar battery has the most suitable thickness in terms of photoelectric efficiency, and reduced carrier recombination loss.    (CN1272225-A)   NOVELTY - An upper cell (12) composed of an n+ and a p+ layer, and a lower cell (14) composed of n- and p+ layers are stacked together. The upper cell has a larger band gap than the lower cell. The lower cell has cathodes (26) and anodes (28) connected to its n+ and p+ layers respectively. The anodes act as the counterpart of the upper electrode (18) of the upper cell. Minority carriers appearing in the lower cell are withdrawn by the electrodes in the cell.    USE - Solar battery.    ADVANTAGE - The solar battery has the most suitable thickness in terms of photoelectric efficiency, and reduced carrier recombination loss.    (KR2001012684-A)   NOVELTY - An upper cell (12) composed of an n+ and a p+ layer, and a lower cell (14) composed of n- and p+ layers are stacked together. The upper cell has a larger band gap than the lower cell. The lower cell has cathodes (26) and anodes (28) connected to its n+ and p+ layers respectively. The anodes act as the counterpart of the upper electrode (18) of the upper cell. Minority carriers appearing in the lower cell are withdrawn by the electrodes in the cell.    USE - Solar battery.    ADVANTAGE - The solar battery has the most suitable thickness in terms of photoelectric efficiency, and reduced carrier recombination loss.