microwave sintering的例句大全

dialectical thinking about microwave sintering technology applying to ceramic industry

微波烧结技术应用于陶瓷行业的辩证思考

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A preliminary study on the high temperture bright red glaze by microwave sintering

微波烧成高温大红釉的初步研究

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The study on Li based intercalation compound LiMn 2O 4 synthesized by microwave sintering

锂嵌脱化合物LiMn2O4的微波烧结研究

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The properties and development of microwave sintering technology are outlined easily.

简要概述了微波烧结技术的特点和发展状况.

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A preliminary design for producing construction materials for the lunar base: microwave sintering ilmenite of lunar soil

月壤钛铁矿微波烧结制备月球基地结构材料的初步设想

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The special results of BaTO 3 ceramics ( BTO ) are presented by microwave sintering.

本文报道了微波烧结BaTiO_3陶瓷的初步研究结果.

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Research on Microwave Sintering Technology of Cermet Material

微波烧结金属陶瓷材料的工艺研究

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The characteristics of metal powder compact, which provide the viability of microwave sintering, are comprehensively summarized. Electron's movement behavior in electric-agnetic field is analyzed and eddy loss is stated to be one of the mechanisms of microwave sintering.

在此基础上，总结了金属粉末压坯的特点，阐述了微波烧结金属粉末压坯的可行性，分析了自由电子在电磁场中的运动行为，指出涡流损耗是微波促进烧结的机理之一。

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In experiment, microwave oven is used to simulate microwave sintering cavity, then temperature data are gained and model is established.

并通过试验，用微波炉模拟微波烧结腔体测得温度数据，建立模型。

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Based on the analyses of the principle of the microwave sintering, the microwave sintering system is been developed. The system is made of personal computer, infrared thermometer, temperature controlling device, and the microwave cave.

本文在微波烧结原理分析的基础上，利用计算机、红外测温仪、智能温控仪和微波反应腔等设计出了PTC陶瓷的微波烧结系统。

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The microwave sintering dynamic mechanism of the spherical Cu powder and its compact was discussed.

探讨了微波烧结球形铜粉及其压坯的动力学机制。

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microwave sintering of sulfo-aluminate cement clinker

微波强化硫铝酸盐水泥熟料烧成研究

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preparation of aluminum nitride transparent ceramics by low temperature microwave sintering

微波低温烧结制备氮化铝透明陶瓷

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processes affecting microwave sintering of zta ceramics

影响ZTA陶瓷微波烧结的主要工艺过程

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The technology and property of nanometer cermet is studied with new microwave sintering technology.

采用微波烧结新技术研究了纳米金属陶瓷材料的烧结工艺与性能.

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The research is a big promotion to industrial applications of microwave sintering.

本研究对微波烧结的实用化具有较大的推动作用.

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To overcome this problem, microwave sintering posse sses is attempted in the present process.

微波烧结具有升温速率快 、 反应时间短和体加热等显著特点,能解决传统烧结带来的问题.

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Microwave reaction sintering of α-β-sialon composite ceramics

复相α-β-sialon陶瓷的微波反应烧结

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bi_2o_3 affects remarkably microwave dielectric loss. from ionic radius, bi_2o_3 is expected to exist at grains boundary and produce glass phase, so it promotes the sintering of samples and reduces low frequency dielectric loss.

Bi2O3对材料微波电性能有显著的影响，从离子半径匹配角度，Bi2O3一般出现在晶粒间，形成玻璃相，一方面促进烧结，使致密化提高，低频损耗变小；

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properties of zta ceramics made with microwave and conventional sintering method

常压烧结与微波烧结ZTA陶瓷性能

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