Chemical-technological approach to the selection of ceramic materials with predetermined thermistor properties

机译：具有预定热敏电阻性质的陶瓷材料选择的化学技术方法

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The selection possibilities of quaternary Cu-Ni-Co-Mn oxide system restricted by cubic spinels (CuMn_2O_4, MnCo_2O_4 and NiMn_2O_4) for NTC thermistors application were discussed. Phase compositions, microstructural features and electrical properties of the investigated spinel-structured ceramics were studied in tight connection with technological regimes of their sintering.

机译：讨论了由立方尖晶石（CUMN_2O_4，MNCO_2O_4和NIMN_2O_4）用于NTC热敏电阻应用的季型CU-NI-CO-MN氧化物系统的选择可能性。研究了所研究的尖晶石结构陶瓷的相组合物，微观结构特征和电性能，与其烧结的技术制度紧密连接。

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《Conference exhibition of the European Ceramic Society》|2002年||共4页
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Julian Plewa; Michael Brunner; Horst Altenburg; Oleg Shpotyuk; Mykola Vakiv;
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中图分类玻璃、陶瓷;
关键词
thermistor; ceramics; manganospinel; resistivity; solid solution; transition metal; carbonate; sintering;

机译：热敏电阻;陶瓷;Manganospinel;电阻率;固溶;过渡金属;碳酸盐;烧结;

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4. Chemical-technological approach to the selection of ceramic materials with predetermined thermistor properties [C] . Julian Plewa, Michael Brunner, Horst Altenburg, Conference exhibition of the European Ceramic Society . 2002

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5. A thermistor based method for measurement of thermal conductivity and thermal diffusivity of moist food materials at high temperatures. [D] . van Gelder, Maarten Frans. 1998

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Chemical-technological approach to the selection of ceramic materials with predetermined thermistor properties

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