(JP11128722-A)   NOVELTY - A coated object is produced by covering, particularly supercritical coating, a base having fine pores with a reactive product which is in intimate contact with the surface contour of the base and with which internal surfaces within the pores are coated, and optionally with part of the base removed.    USE - The coated objected produced are particularly capacitors, (photo) catalysts, oxide semiconductor electrode, pigment-enhanced solar cells, adsorbents and surface-shape reforming materials (claimed).    ADVANTAGE - After coating, the objected will have the properties of (photo) catalytic activity, adsorption characteristics, resistance to heat, chemicals and oxidation, (super)conductivity, strong magnetism, dielectric characteristics, photochemical functions (including reflection and absorption), and others.    (EP934819-A1)   NOVELTY - A coated object is produced by covering, particularly supercritical coating, a base having fine pores with a reactive product which is in intimate contact with the surface contour of the base and with which internal surfaces within the pores are coated, and optionally with part of the base removed.    USE - The coated objected produced are particularly capacitors, (photo) catalysts, oxide semiconductor electrode, pigment-enhanced solar cells, adsorbents and surface-shape reforming materials (claimed).    ADVANTAGE - After coating, the objected will have the properties of (photo) catalytic activity, adsorption characteristics, resistance to heat, chemicals and oxidation, (super)conductivity, strong magnetism, dielectric characteristics, photochemical functions (including reflection and absorption), and others.    (JP11340091-A)   NOVELTY - A coated object is produced by covering, particularly supercritical coating, a base having fine pores with a reactive product which is in intimate contact with the surface contour of the base and with which internal surfaces within the pores are coated, and optionally with part of the base removed.    USE - The coated objected produced are particularly capacitors, (photo) catalysts, oxide semiconductor electrode, pigment-enhanced solar cells, adsorbents and surface-shape reforming materials (claimed).    ADVANTAGE - After coating, the objected will have the properties of (photo) catalytic activity, adsorption characteristics, resistance to heat, chemicals and oxidation, (super)conductivity, strong magnetism, dielectric characteristics, photochemical functions (including reflection and absorption), and others.    (JP2000015096-A)   NOVELTY - A coated object is produced by covering, particularly supercritical coating, a base having fine pores with a reactive product which is in intimate contact with the surface contour of the base and with which internal surfaces within the pores are coated, and optionally with part of the base removed.    USE - The coated objected produced are particularly capacitors, (photo) catalysts, oxide semiconductor electrode, pigment-enhanced solar cells, adsorbents and surface-shape reforming materials (claimed).    ADVANTAGE - After coating, the objected will have the properties of (photo) catalytic activity, adsorption characteristics, resistance to heat, chemicals and oxidation, (super)conductivity, strong magnetism, dielectric characteristics, photochemical functions (including reflection and absorption), and others.    (JP2000015112-A)   NOVELTY - A coated object is produced by covering, particularly supercritical coating, a base having fine pores with a reactive product which is in intimate contact with the surface contour of the base and with which internal surfaces within the pores are coated, and optionally with part of the base removed.    USE - The coated objected produced are particularly capacitors, (photo) catalysts, oxide semiconductor electrode, pigment-enhanced solar cells, adsorbents and surface-shape reforming materials (claimed).    ADVANTAGE - After coating, the objected will have the properties of (photo) catalytic activity, adsorption characteristics, resistance to heat, chemicals and oxidation, (super)conductivity, strong magnetism, dielectric characteristics, photochemical functions (including reflection and absorption), and others.    (JP2000017442-A)   NOVELTY - A coated object is produced by covering, particularly supercritical coating, a base having fine pores with a reactive product which is in intimate contact with the surface contour of the base and with which internal surfaces within the pores are coated, and optionally with part of the base removed.    USE - The coated objected produced are particularly capacitors, (photo) catalysts, oxide semiconductor electrode, pigment-enhanced solar cells, adsorbents and surface-shape reforming materials (claimed).    ADVANTAGE - After coating, the objected will have the properties of (photo) catalytic activity, adsorption characteristics, resistance to heat, chemicals and oxidation, (super)conductivity, strong magnetism, dielectric characteristics, photochemical functions (including reflection and absorption), and others.    (JP2000021460-A)   NOVELTY - A coated object is produced by covering, particularly supercritical coating, a base having fine pores with a reactive product which is in intimate contact with the surface contour of the base and with which internal surfaces within the pores are coated, and optionally with part of the base removed.    USE - The coated objected produced are particularly capacitors, (photo) catalysts, oxide semiconductor electrode, pigment-enhanced solar cells, adsorbents and surface-shape reforming materials (claimed).    ADVANTAGE - After coating, the objected will have the properties of (photo) catalytic activity, adsorption characteristics, resistance to heat, chemicals and oxidation, (super)conductivity, strong magnetism, dielectric characteristics, photochemical functions (including reflection and absorption), and others.    (JP2000021461-A)   NOVELTY - A coated object is produced by covering, particularly supercritical coating, a base having fine pores with a reactive product which is in intimate contact with the surface contour of the base and with which internal surfaces within the pores are coated, and optionally with part of the base removed.    USE - The coated objected produced are particularly capacitors, (photo) catalysts, oxide semiconductor electrode, pigment-enhanced solar cells, adsorbents and surface-shape reforming materials (claimed).    ADVANTAGE - After coating, the objected will have the properties of (photo) catalytic activity, adsorption characteristics, resistance to heat, chemicals and oxidation, (super)conductivity, strong magnetism, dielectric characteristics, photochemical functions (including reflection and absorption), and others.    (JP2000021462-A)   NOVELTY - A coated object is produced by covering, particularly supercritical coating, a base having fine pores with a reactive product which is in intimate contact with the surface contour of the base and with which internal surfaces within the pores are coated, and optionally with part of the base removed.    USE - The coated objected produced are particularly capacitors, (photo) catalysts, oxide semiconductor electrode, pigment-enhanced solar cells, adsorbents and surface-shape reforming materials (claimed).    ADVANTAGE - After coating, the objected will have the properties of (photo) catalytic activity, adsorption characteristics, resistance to heat, chemicals and oxidation, (super)conductivity, strong magnetism, dielectric characteristics, photochemical functions (including reflection and absorption), and others.    (US6194650-B1)   NOVELTY - A coated object is produced by covering, particularly supercritical coating, a base having fine pores with a reactive product which is in intimate contact with the surface contour of the base and with which internal surfaces within the pores are coated, and optionally with part of the base removed.    USE - The coated objected produced are particularly capacitors, (photo) catalysts, oxide semiconductor electrode, pigment-enhanced solar cells, adsorbents and surface-shape reforming materials (claimed).    ADVANTAGE - After coating, the objected will have the properties of (photo) catalytic activity, adsorption characteristics, resistance to heat, chemicals and oxidation, (super)conductivity, strong magnetism, dielectric characteristics, photochemical functions (including reflection and absorption), and others.