Investigations on container materials in high temperature microwave applications

机译：高温微波应用中集装箱材料的研究

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Microwave heating is a promising technology for high temperature materials processing, in particular melting of oxidic materials. The special characteristics of microwave heating and melting require refractory materials with very specific properties. The foremost important properties are microwave transparency, high thermal shock resistance as well as chemical and mechanical stability. This paper compares the suitability of some widely available refractory materials for use in microwave melting applications with a focus on boron nitride.

机译：微波加热是一种高温材料加工的有希望的技术，特别是氧化材料的熔化。微波加热和熔化的特殊特性需要具有非常特异性的耐火材料。最重要的特性是微波透明度，高耐热冲击性以及化学和机械稳定性。本文比较了一些广泛可用的耐火材料用于微波熔化应用的适用性，重点在氮化硼上。

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《European Conference on Industrial Furnaces and Boilers》|2017年|728 p.|共7页
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作者
Ralph Behrend; Corina Dorn; Volker Uhlig;
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中图分类能源;
关键词
microwaves; high temperature; melting; refractory materials;

机译：微波;高温;熔化;耐火材料;

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机译：用于微波温度传感应用的ETFE含氟聚合物温度依赖性介电学性能研究
2. Preparation of nanoscale composite LSCF/GDCS cathode materials by microwave sintering for intermediate-temperature SOFC applications [J] . Hua Ching-Han, Chou Chen-Chia CERAMICS INTERNATIONAL . 2015,第Suppla期

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3. On the accuracy and reproducibility of fiber optic (FO) and infrared (IR) temperature measurements of solid materials in microwave applications [J] . Tomasz Durka, Georgios D Stefanidis, Tom Van Gerven, Measurement Science & Technology . 2010,第4期

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4. Investigations on container materials in high temperature microwave applications [C] . Ralph Behrend, Corina Dorn, Volker Uhlig European Conference on Industrial Furnaces and Boilers . 2017

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5. Combined effects of temperature, chemical and radiation exposure on the diffusion and mechanical properties of polyamide 6,6 and its semi-aromatic copolymer: An investigation into the failure mechanisms of polymeric materials used as storage containers for radioactive waste. [D] . Brown, Laura-lee. 2005

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8. Fluoride Salts and Container Materials for Thermal Energy Storage Applications in the Temperature Range 973to 1400 K. [R] . misra, a. k. whittenberger, j. d. 1987

机译：973至1400 K温度范围内的热能储存应用的氟化物盐和容器材料。

Investigations on container materials in high temperature microwave applications

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