(JP2001102101-A)   NOVELTY - Photoelectric cell includes a substrate having an electrode layer (21) on its surface. A semiconductor film (22) to which a photosensitizing material is adsorbed is formed on the electrode layer. Another substrate has an electrode layer (23) on its surface. Electrolyte layer (24) is placed between the substrates. At least one substrate and one electrode layer have a transparency.    USE - None given.    ADVANTAGE - The cell has excellent characteristics, such as quick electron mobility, an excellent extended stability of an electrolyte layer, and a high photoelectric conversion efficiency.    (JP2001155791-A)   NOVELTY - Photoelectric cell includes a substrate having an electrode layer (21) on its surface. A semiconductor film (22) to which a photosensitizing material is adsorbed is formed on the electrode layer. Another substrate has an electrode layer (23) on its surface. Electrolyte layer (24) is placed between the substrates. At least one substrate and one electrode layer have a transparency.    USE - None given.    ADVANTAGE - The cell has excellent characteristics, such as quick electron mobility, an excellent extended stability of an electrolyte layer, and a high photoelectric conversion efficiency.    (EP1119068-A1)   NOVELTY - Photoelectric cell includes a substrate having an electrode layer (21) on its surface. A semiconductor film (22) to which a photosensitizing material is adsorbed is formed on the electrode layer. Another substrate has an electrode layer (23) on its surface. Electrolyte layer (24) is placed between the substrates. At least one substrate and one electrode layer have a transparency.    USE - None given.    ADVANTAGE - The cell has excellent characteristics, such as quick electron mobility, an excellent extended stability of an electrolyte layer, and a high photoelectric conversion efficiency.    (JP2001185245-A)   NOVELTY - Photoelectric cell includes a substrate having an electrode layer (21) on its surface. A semiconductor film (22) to which a photosensitizing material is adsorbed is formed on the electrode layer. Another substrate has an electrode layer (23) on its surface. Electrolyte layer (24) is placed between the substrates. At least one substrate and one electrode layer have a transparency.    USE - None given.    ADVANTAGE - The cell has excellent characteristics, such as quick electron mobility, an excellent extended stability of an electrolyte layer, and a high photoelectric conversion efficiency.