MICROWAVE ABSORPTION HEATING MATERIAL
PURPOSE:To make thermally poor-conductive material effectively generate heat through a microwave by a method wherein such a composition of the heating material that the ratio of the content of a transition metal oxide to carbon black is more than 5wt.% is provided. CONSTITUTION:Metal composite carbo...
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| creator | KOSHO MASUMI |
| description | PURPOSE:To make thermally poor-conductive material effectively generate heat through a microwave by a method wherein such a composition of the heating material that the ratio of the content of a transition metal oxide to carbon black is more than 5wt.% is provided. CONSTITUTION:Metal composite carbon black where fine grains of carbon black and transition metal oxide are fused and bonded together is composed at such a content of transition metal oxide to carbon black as more than 5wt.%. That is, in such a manufacturing process of furnace carbon black in which hydrocarbon stock oil is converted to carbon black through thermal decomposition by injecting it into a high temperature gas flowing inside a cylindrical furnace, a compound of transition metal is led into the furnace in such a state as it is dissolved or suspended in hydrocarbon stock oil; or the compound of transition metal is dissolved in an appropriate organic solvent and injected into the furnace from a lead-in position other than that of the hydrocarbon stock oil. In this case, various types of inorganic salts including at least one or more kinds of metal selected from Fe, Co, and Ni as a composed of transition metal are used. |
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CONSTITUTION:Metal composite carbon black where fine grains of carbon black and transition metal oxide are fused and bonded together is composed at such a content of transition metal oxide to carbon black as more than 5wt.%. That is, in such a manufacturing process of furnace carbon black in which hydrocarbon stock oil is converted to carbon black through thermal decomposition by injecting it into a high temperature gas flowing inside a cylindrical furnace, a compound of transition metal is led into the furnace in such a state as it is dissolved or suspended in hydrocarbon stock oil; or the compound of transition metal is dissolved in an appropriate organic solvent and injected into the furnace from a lead-in position other than that of the hydrocarbon stock oil. 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CONSTITUTION:Metal composite carbon black where fine grains of carbon black and transition metal oxide are fused and bonded together is composed at such a content of transition metal oxide to carbon black as more than 5wt.%. That is, in such a manufacturing process of furnace carbon black in which hydrocarbon stock oil is converted to carbon black through thermal decomposition by injecting it into a high temperature gas flowing inside a cylindrical furnace, a compound of transition metal is led into the furnace in such a state as it is dissolved or suspended in hydrocarbon stock oil; or the compound of transition metal is dissolved in an appropriate organic solvent and injected into the furnace from a lead-in position other than that of the hydrocarbon stock oil. 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CONSTITUTION:Metal composite carbon black where fine grains of carbon black and transition metal oxide are fused and bonded together is composed at such a content of transition metal oxide to carbon black as more than 5wt.%. That is, in such a manufacturing process of furnace carbon black in which hydrocarbon stock oil is converted to carbon black through thermal decomposition by injecting it into a high temperature gas flowing inside a cylindrical furnace, a compound of transition metal is led into the furnace in such a state as it is dissolved or suspended in hydrocarbon stock oil; or the compound of transition metal is dissolved in an appropriate organic solvent and injected into the furnace from a lead-in position other than that of the hydrocarbon stock oil. In this case, various types of inorganic salts including at least one or more kinds of metal selected from Fe, Co, and Ni as a composed of transition metal are used.</abstract><oa>free_for_read</oa></addata></record> |
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| subjects | ADHESIVES BASIC ELECTRIC ELEMENTS CABLES CHEMISTRY CONDUCTORS DYES ELECTRICITY INDUCTANCES INSULATORS MAGNETS METALLURGY MISCELLANEOUS APPLICATIONS OF MATERIALS MISCELLANEOUS COMPOSITIONS NATURAL RESINS PAINTS POLISHES PREPARATION OF CARBON BLACK SELECTION OF MATERIALS FOR THEIR CONDUCTIVE, INSULATING ORDIELECTRIC PROPERTIES SELECTION OF MATERIALS FOR THEIR MAGNETIC PROPERTIES TRANSFORMERS TREATMENT OF INORGANIC MATERIALS, OTHER THAN FIBROUS FILLERS,TO ENHANCE THEIR PIGMENTING OR FILLING PROPERTIES |
| title | MICROWAVE ABSORPTION HEATING MATERIAL |
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