Abstract: A method of recording an image including an uneven surface having metallic luster on a recording medium, the method including the steps of forming on a recording medium a surface uneven layer of a cured product produced by irradiating an active energy ray curable material with an active energy ray; forming an ink absorbing layer on the surface uneven layer; and applying to the ink absorbing layer an ink containing flaky particles for imparting metallic luster by an ink jet method. The method enables recording of an image including an uneven surface having metallic luster with excellent brilliance even on a surface uneven layer with low absorbability of a solvent ink containing flaky particles.

Abstract: Degradation of a fluorescent material used in an image display device provided with an electron emitting device that is caused by heating in the process of manufacturing the device is prevented. A coating layer 44b composed of SiO2 is formed on the surface of fluorescent material particles 44a, and any metal 49 from among Bi, Pb, Sn, and Sb is added to the coating layer 44b so that the metal concentration at the surface of the coating layer is equal to or greater than 0.05 ppm.

Abstract: A method for manufacturing a light-emitting element includes removing a resin layer of a multilayer composite by thermal decomposition. The multilayer composite includes a luminescent layer containing a plurality of luminescent particles, the resin layer disposed on the luminescent layer, and a light reflection layer disposed on the resin layer. The resin layer contains a solid resin and a plurality of resin particles dispersed in the solid resin. A temperature at which the reduction in mass of the resin particles measured by thermogravimetric analysis reaches 70% is lower than a temperature at which the reduction in mass of the solid resin measured by thermogravimetric analysis reaches 70%.

Abstract: Degradation of a fluorescent material used in an image display device provided with an electron emitting device that is caused by heating in the process of manufacturing the device is prevented. A coating layer 44b composed of SiO2 is formed on the surface of fluorescent material particles 44a, and any metal 49 from among Bi, Pb, Sn, and Sb is added to the coating layer 44b so that the metal concentration at the surface of the coating layer is equal to or greater than 0.05 ppm.

Abstract: The method for manufacturing a fluorescent paste includes a process of applying a fluorescent paste including a sulfide fluorescent material and a binder resin onto a substrate, a first baking process of baking the substrate for a predetermined time at a first temperature that is equal to or lower than a temperature at which a generated amount of water has a maximum in a case where the fluorescent paste is measured by a TDP-MS method, and a second baking process of baking the substrate for a predetermined time at a second temperature that is equal to or higher than a temperature at which a generated amount of carbon dioxide has a minimum in a case where the fluorescent paste is measured by a TDP-MS method after the first baking process.

Abstract: In a flat panel display apparatus, a cathode panel having a surface on which a plurality of electron-emitting regions is disposed and an anode panel having a surface on which a plurality of phosphor regions is disposed are provided so that the above two surfaces face each other with a distance provided therebetween, the phosphor regions are covered with an anode, and the anode has a three-layer laminate structure including a first aluminum layer, a second aluminum oxide layer, and third aluminum layer laminated in that order from a phosphor region side.

Abstract: An oil-based solid cosmetic comprising (A) vitamin A and/or a fatty acid ester thereof, (B) silicic anhydride, (C) an oil-soluble antioxidant, and (D) an oily ingredient existing as paste and/or liquid at room temperature is disclosed. The aforementioned oil-based solid cosmetic, wherein the ingredient (B) is aerosol silicic anhydride, and the aforementioned oil-based solid cosmetic, wherein the ingredient (D) is polybutene and/or heavy liquid isoparaffin are also disclosed.