Abstract: A method for measuring TOC in test water is disclosed. Test water is injected into a combustion tube, which is controlled to be heated in a state of flowing carrier air generated by discharging stored water filled in a combustion gas or carrier air storage tank. After the drying process, temperature in the combustion tube is increased, and the dried organic carbon is burned. Combustion gas is guided to the combustion gas storage tank. An inside of the combustion tube is purified due to high pressure steam generated by injecting pure water and organic carbon removed in the purification process is burned and oxidized. The generated combustion gas is guided to the combustion gas storage tank and is pushed into an infrared meter to measure a carbon dioxide gas concentration. Otherwise, the generated combustion gas is guided to the infrared meter to measure the carbon dioxide gas concentration.

Abstract: A method for measuring TOC in test water is disclosed. Test water is injected into a combustion tube, which is controlled to be heated in a state of flowing carrier air generated by discharging stored water filled in a combustion gas or carrier air storage tank. After the drying process, temperature in the combustion tube is increased, and the dried organic carbon is burned. Combustion gas is guided to the combustion gas storage tank. An inside of the combustion tube is purified due to high pressure steam generated by injecting pure water and organic carbon removed in the purification process is burned and oxidized. The generated combustion gas is guided to the combustion gas storage tank and is pushed into an infrared meter to measure a carbon dioxide gas concentration. Otherwise, the generated combustion gas is guided to the infrared meter to measure the carbon dioxide gas concentration.

Abstract: An ink comprises metal thin film fragments having an average thickness of 0.01 to 0.1 ?m and an average particle diameter of 5 to 25 ?m, and a binder resin having at least one selected from the group consisting of a carboxyl group, a phosphoric acid group, a sulfonic acid group, metal salts thereof and an amino group. A laminated sheet comprises multilaminated at least two synthetic resin films for molding, and a decorative layer having mirror-like metallic luster formed at any laminate interface of the synthetic resin films, the decorative layer being an ink film made of the ink, the ink film having a thickness of 0.05 to 2.0 ?m.

Abstract: An ink comprises metal thin film fragments having an average thickness of 0.01 to 0.1 ?m and an average particle diameter of 5 to 25 ?m, and a binder resin having at least one selected from the group consisting of a carboxyl group, a phosphoric acid group, a sulfonic acid group, metal salts thereof and an amino group. A laminated sheet comprises multilaminated at least two synthetic resin films for molding, and a decorative layer having mirror-like metallic luster formed at any laminate interface of the synthetic resin films, the decorative layer being an ink film made of the ink, the ink film having a thickness of 0.05 to 2.0 ?m.

Abstract: A laminated sheet for molding comprising: a film layer which comprises thermoplastic acrylic resin, wherein the film layer is one of transparent or translucent; an intermediate layer which comprises a curable resin including a polyisocyanate compound and an acrylic resin having hydroxyl groups, wherein the a curable resin is a cured material in a semi-cured state; and a decorative layer having a mirror-like metallic luster, which comprises a binder resin and fine metal grains obtained from a thin metal film; wherein the layers are laminated in the order stated.

Abstract: A laminated sheet for molding comprising: a film layer which comprises thermoplastic acrylic resin, wherein the film layer is one of transparent or translucent; an intermediate layer which comprises a curable resin including a polyisocyanate compound and an acrylic resin having hydroxyl groups, wherein the a curable resin is a cured material in a semi-cured state; and a decorative layer having a mirror-like metallic luster, which comprises a binder resin and fine metal grains obtained from a thin metal film; wherein the layers are laminated in the order stated.

Abstract: A measuring apparatus of a component contained in test water according to the invention can prevent a test water feed nozzle from clogging up and smoothly feed air into a combustion furnace, and further, can accurately measure in a short time carbon dioxide gas obtained from the complete combustion of an inorganic substance contained in test water. In a test water dropping unit 20 of the measuring apparatus 10, a test water dropping nozzle 21 for dropping test water into a combustion furnace 30 is provided at a top of the combustion furnace 30, and a protective pipe 23 in which this test water dropping nozzle 21 is accommodated is disposed outside the test water dropping nozzle 21. The bottom end 23a of the protective pipe 23 is extended downward from the test water dropping nozzle 21 and is formed at an acute angle, and the tip 21a of the test water dropping nozzle 21 is disposed in abutment with the inner circumferential surface 24 of the protective pipe 23.

Abstract: A measuring apparatus of a component contained in test water according to the invention can prevent a test water feed nozzle from clogging up and smoothly feed air into a combustion furnace, and further, can accurately measure in a short time carbon dioxide gas obtained from the complete combustion of an inorganic substance contained in test water. In a test water dropping unit 20 of the measuring apparatus 10, a test water dropping nozzle 21 for dropping test water into a combustion furnace 30 is provided at a top of the combustion furnace 30, and a protective pipe 23 in which this test water dropping nozzle 21 is accommodated is disposed outside the test water dropping nozzle 21. The bottom end 23a of the protective pipe 23 is extended downward from the test water dropping nozzle 21 and is formed at an acute angle, and the tip 21a of the test water dropping nozzle 21 is disposed in abutment with the inner circumferential surface 24 of the protective pipe 23.