Abstract: Provided is a carbonated drink having a high gas pressure which has improved bubble qualities and enhanced drinkability, is packaged in a container having a resealable cap, maintains a refreshing sensation, a light flavor and a pleasant cooling sensation expected in a carbonated drink having a high gas pressure even when opened and recapped and stored. The carbonated drink is a container-packaged carbonated drink, contains a condensed phosphate(s) in a concentration of 50 ppm or more and less than 2000 ppm, and has a gas pressure of 2.0 to 5.0 kg/cm2.

Abstract: Provided is a photoelectric conversion device which is capable of improving utilization efficiency of dye, a method for manufacturing the same, a dye adsorption device, a liquid retaining jig used for the dye adsorption device, and a method for manufacturing a photoelectric conversion element. The photoelectric conversion device includes a conductive base material, a porous semiconductor layer which is disposed on the conductive base material and onto which dye is adsorbed, a counter electrode, an electrolyte layer, a sealing material that is formed at the periphery of the conductive base material, and at least one protrusion formed between the porous semiconductor layer and an outer periphery of the sealing material.

Abstract: The present invention can simplify a process. In the present invention, a transparent conductive layer (5) is provided on an electrode side substrate (12); a porous semiconductor layer (7) is provided on the transparent conductive layer (5); and a counter electrode layer (9) in a state in which it is separated from the porous semiconductor layer (7) is provided. A cell partition wall (6) which is provided on the electrode side substrate (12) and surrounds the periphery of the porous semiconductor layer (7) is provided. In the sensitized solar cell module (11), electrolytic solution (10) is impregnated in the porous semiconductor layer (7) and the counter electrode layer (9), and a sealing material in the form of liquid is disposed in such a manner as to cover an upper portion of the cell partition wall (6) to seal the electrolytic solution (10). Then, the sealing material in the form of liquid is solidified.

Abstract: Provided is a carbonated drink having a high gas pressure which has improved bubble qualities and enhanced drinkability, is packaged in a container having a resealable cap, maintains a refreshing sensation, a light flavor and a pleasant cooling sensation expected in a carbonated drink having a high gas pressure even when opened and recapped and stored. The carbonated drink is a container-packaged carbonated drink, contains a condensed phosphate(s) in a concentration of 50 ppm or more and less than 2000 ppm, and has a gas pressure of 2.0 to 5.0 kg/cm2.

Abstract: It is an object of the present invention to provide a blasting method and a shot material, which are very practical both in the cost and the treatment performance. (a) A shot material containing a styrene ion-exchange resin or a waste material caused therefrom, or/and a dried sludge-derived material, (b) a shot material containing a resin which is comprised of a resin containing a rubber component and a resin containing no rubber component, and (c) a shot material containing at least one component selected from the group consisting of an epoxy resin composition and inorganic filler, and a blasting method using the shot material.

Abstract: It is an object of the present invention to provide a blasting method and a shot material, which are very practical both in the cost and the treatment performance. (a) A shot material containing a styrene ion-exchange resin or a waste material caused therefrom, or/and a dried sludge-derived material, (b) a shot material containing a resin which is comprised of a resin containing a rubber component and a resin containing no rubber component, and (c) a shot material containing at least one component selected from the group consisting of an epoxy resin composition and inorganic filler, and a blasting method using the shot material.

Abstract: It is an object of the present invention to provide a blasting method and a shot material, which are very practical both in the cost and the treatment performance. (a) A shot material containing a styrene ion-exchange resin or a waste material caused therefrom, or/and a dried sludge-derived material, (b) a shot material containing a resin which is comprised of a resin containing a rubber component and a resin containing no rubber component, and (c) a shot material containing at least one component selected from the group consisting of an epoxy resin composition and inorganic filler, and a blasting method using the shot material.

Abstract: A method of recycling a disk recording medium includes the steps of retaining the disk recording medium in a liquid medium, the disk recording medium having a layered structure including a substrate, a dye layer, a reflective film, and a protective layer; radiating ultrasonic waves onto the disk recording medium such that the substrate and the reflective film are separated from each other: and bringing a solution into contact with the substrate separated from the reflective film such that the dye layer is separated from the substrate in order to recover the substrate, the solution dissolving the dye layer.

Abstract: A method of recycling a disk recording medium includes the steps of retaining the disk recording medium in a liquid medium, the disk recording medium having a layered structure including a substrate, a dye layer, a reflective film, and a protective layer; radiating ultrasonic waves onto the disk recording medium such that the substrate and the reflective film are separated from each other; and bringing a solution into contact with the substrate separated from the reflective film such that the dye layer is separated from the substrate in order to recover the substrate, the solution dissolving the dye layer.

Abstract: First and second robots function to hold first and second nozzles, respectively, which are supplied with respective fluid coating materials. The robots move the nozzles along respective different paths over a surface to which the fluid coating materials are to be applied. The fluid coating materials are uniformly and efficiently applied over the surface, without any irregularities, using the combination of nozzles and robots. In addition, the first robot has a nozzle transfer function to hold the second nozzle as well. As a result, the first robot may hold both nozzles for application of the coating materials.