Abstract: An image capture lens is equipped with: a diaphragm which is formed on a substrate, adjusts a light quantity, and has a predetermined aperture; an inorganic or organic adhesion layer formed on the substrate such that the diaphragm is exposed; and a resin part which has a lens part made from a curable resin. The resin part is directly joined to the inorganic or organic adhesion layer and diaphragm. The surface of the substrate on which the diaphragm is formed is subjected to a modification treatment so that a water contact angle is within a range of 3° to 30°.

Abstract: An image capture lens is equipped with: a diaphragm which is formed on a substrate, adjusts a light quantity, and has a predetermined aperture; an inorganic or organic adhesion layer formed on the substrate such that the diaphragm is exposed; and a resin part which has a lens part made from a curable resin. The resin part is directly joined to the inorganic or organic adhesion layer and diaphragm. The surface of the substrate on which the diaphragm is formed is subjected to a modification treatment so that a water contact angle is within a range of 3° to 30°.

Abstract: An object is to provide a radiation image conversion panel minimizing deterioration of sensitivity and sharpness due to improved moisture resistance, as well as a method of preparing a radiation image conversion panel exhibiting high production efficiency. Also disclosed is a radiation image conversion panel possessing a support having thereon at least a stimulable phosphor layer, wherein an average height of burr generated on the radiation image conversion panel is 1-400 ?m.

Abstract: An object is to provide a radiation image conversion panel minimizing deterioration of sensitivity and sharpness due to improved moisture resistance, as well as a method of preparing a radiation image conversion panel exhibiting high production efficiency. Also disclosed is a radiation image conversion panel possessing a support having thereon at least a stimulable phosphor layer, wherein an average height of burr generated on the radiation image conversion panel is 1-400 ?m.

Abstract: A radiation image conversion panel exhibiting superior homogeneity of an activator in a phosphor layer and enhanced luminance and sharpness, and a preparation method of the same. Described is the radiation image conversion panel having a stimulable phosphor layer on a support. The stimulable phosphor layer is formed by a vapor-phase growth process so as to have a layer thickness of 50 ?m to 1 mm after a thermoplastic resin film is prepared on the support or the stimulable phosphor layer mentioned above is formed on a support composed of a thermoplastic resin containing a carbon fiber.

Abstract: A radiographic image conversion panel including, a support and a photostimulable phosphor layer formed on the support by a vapor deposition method. The support has a plurality of carbon fiber reinforced resin sheets each of which includes carbon fibers arranged in a direction and impregnated with a heat resistant resin such that directions of the carbon fibers in the carbon fiber reinforced resin sheets are different from each other and arranged at approximately equal angles.

Abstract: A radiation image conversion panel comprising a support and a stimulable phosphor layer provided on the support, in which the stimulable phosphor layer is formed by a gas-phase growing method so that the layer thickness of not less than 50 ?m and the surface of the support is composed of polyimide resin.

Abstract: It is to provide a radiation image conversion panel exhibiting superior homogeneity of an activator in a phosphor layer and enhanced luminance and sharpness, and a preparation method of the same. Described is the radiation image conversion panel having a stimulable phosphor layer on a support, wherein the stimulable phosphor layer is formed by a vapor-phase growth process so as to have a layer thickness of 50 ?m to 1 mm after a thermoplastic resin film is prepared on the support or the stimulable phosphor layer mentioned above is formed on the support composed of a thermoplastic resin containing a carbon fiber.

Abstract: A radiographic image conversion panel comprises: a support, and a photostimulable phosphor layer formed by a vapor phase deposition method on the support; wherein the support comprises a substrate and a heat resistant resin layer applied onto one surface of the substrate and the photostimulable phosphor layer is formed on a resistant resin layer side of the support.

Abstract: A radiation image conversion panel comprising a support and a stimulable phosphor layer provided on the support, in which the stimulable phosphor layer is formed by a gas-phase growing method so that the layer thickness of not less than 50 ?m and the surface of the support is composed of polyimide resin.

Abstract: A radiographic image conversion panel including a support including a heat resistant resin; and a photostimulable phosphor layer provided on a face of the support by a vapor phase deposition method. An average surface roughness in the face of the support to be provided with the phosphor layer is above 0.05 &mgr;m and not more than 0.5 &mgr;m.

Abstract: A radiographic image conversion panel including, a support and a photostimulable phosphor layer formed on the support by a vapor deposition method. The support has a plurality of carbon fiber reinforced resin sheets each of which includes carbon fibers arranged in a direction and impregnated with a heat resistant resin such that directions of the carbon fibers in the carbon fiber reinforced resin sheets are different from each other and arranged at approximately equal angles.

Abstract: A radiation image conversion panel comprising, (i) a phosphor sheet which contains a support having thereon an stimulating light absorbing layer(A) being colored to absorb the stimulating light, and a stimulable phosphor layer in the order; and (ii) a protecting layer which covers the stimulable phosphor layer of the phosphor sheet, wherein the protective layer comprises a stimulating light absorbing layer(B) being colored to absorb the stimulating light, and the layers(A) and (B) each have a smaller absorbance at a peak wavelength of a stimulated emission than an absorbance at a peak wavelength of the stimulating light, and a thickness of the layer(A) is larger than a thickness of the layer(B).

Abstract: A radiation image conversion panel comprising, (i) a phosphor sheet which contains a support having thereon an stimulating light absorbing layer (A) being colored to absorb the stimulating light, and a stimulable phosphor layer in the order;and (ii) a protecting layer which covers the stimulable phosphor layer of the phosphor sheet, wherein the protective layer comprises a stimulating light absorbing layer (B) being colored to absorb the stimulating light, and the layers (A) and (B) each have a smaller absorbance at a peak wavelength of a stimulated emission than an absorbance at a peak wavelength of the stimulating light, and a thickness of the layer (A) is larger than a thickness of the layer (B).

Abstract: An intermadiate transfer material; to which an image is transferred from a thermal transfer image forming material by thermal transfer; which transfers said transferred image to a final support by thermal transfer; comprising: a support and a receiving layer to which said image is transferred from said thermal transfer image forming material, wherein said intermediate transfer material comprises a layer or a support of which surface specific resistance is more than 2×109 to not more than 1012 &OHgr;/m2 under the relative humidity not more than 80%.