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MAGNESIUM, COPPER AND ZINC BASED FERRITE POWDER FOR MICROWAVE-ABSORPTION HEATING BODIES, AND MICROWAVE-ABSORPTION HEATING BODY ARRANGED BY USE THEREOF
MAGNESIUM, COPPER AND ZINC BASED FERRITE POWDER FOR MICROWAVE-ABSORPTION HEATING BODIES, AND MICROWAVE-ABSORPTION HEATING BODY ARRANGED BY USE THEREOF
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机译：镁，铜和锌基铁氧体粉用于微波吸收的加热体以及使用微波吸收体排列的微波吸收的加热体
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摘要
PROBLEM TO BE SOLVED: To provide MgCuZn based ferrite powder for microwave-absorption heating bodies, which makes possible only to appropriately select a heat-up stop temperature in a wide temperature region of 30-250°C, but also to reach the heat-up stop temperature in a short time.;SOLUTION: MgCuZn based ferrite powder for microwave-absorption heating bodies comprises: as principal components, an iron oxide accounting for 46-51 mol% in terms of Fe2O3, a copper oxide accounting for 2-15 mol% in terms of CuO, a zinc oxide accounting for 3-33 mol% in terms of ZnO and the balance consisting of a magnesium oxide and inevitable impurities; and as a subcomponent, a bismuth oxide accounting for 1-8 pts.mass to 100 pts.mass of the principal components in terms of Bi2O3. The MgCuZn based ferrite powder has a volume density of 1 g/cm3 or more.;COPYRIGHT: (C)2016,JPO&INPIT
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机译：要解决的问题：为了提供微波吸收发热体基于MgCuZn铁氧体粉末，这使得可能仅适当地选择在30-250℃的宽的温度区域中的升温停止温度，而且要达到的热解决方案：用于微波吸收加热体的MgCuZn基铁氧体粉末包括：作为主要成分的氧化铁，以Fe 2 O占46-51 mol％ 3 ，以CuO计占2-15mol％的氧化铜，以ZnO计占3-33mol％的氧化锌，余量由氧化镁和不可避免的杂质组成;作为子成分，以Bi 2 O 3 为主成分的氧化铋占主成分的1-8 pts.100 pts.mass。 MgCuZn基铁氧体粉末的体积密度为1 g / cm 3 或更高。; COPYRIGHT：（C）2016，JPO＆INPIT
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