The color glaze of low firing temperature and low expansion coefficient, to match the glaze tile made from common clay, was prepared in lead borosilicate system.
采用铅硼硅熔决釉研制出同时符合普通粘土瓦坯的烧成温度低、热膨胀系数低这两个主要性能特点的釉料。
The high temperature foamed ceramic produced has low firing temperature, short duration of firing, wide range of firing temperature and easily control production.
研制的高温发泡陶瓷具有烧成温度低、烧成时间短、烧成温度范围宽、易于生产控制的特点。
The color glaze of low firing temperature and low expansion coefficient, to match the glaze tile made from common clay, was prepared in lead borosilicate system.
采用铅硼硅系统，研制出具有低烧成温度、低热膨胀系数的色釉，用作粘土釉面瓦釉料，其外观、物理、化学性能均能满足质量要求。
By using the double firing process and dihydrate gypsum as the main raw material, white - glazed gypsum ceramic tiles for walls and floors are produced under relatively low temperature.
本文采用二次烧成工艺，以二水石膏为主要原料，在较低温度下制备白色釉面石膏陶瓷墙地砖。
Study the relationships between compositions, structures and properties of low temperature co-firing piezoelectric ceramics.
研究低温共烧压电陶瓷组分以及组分，结构及性能之联系。
The slagging, fouling and abrasiveness performances of co-firing low-temperature pyrolyzed biomass with coal depend on the ash content, the ash component of them and their blending rate, etc.
热解生物质与煤共燃时的结渣、积灰和磨损特性取决于热解生物质灰分含量、灰成分，煤的灰分含量、灰成分以及混合比例等因素。
In view of the characteristics that the dissolving temperature of quartz is low in the firing process of feldspar ceramics, the paper advances the practical formula to calculate the residue quartz.
针对长石质瓷烧成过程石英溶解速度低的特点，提出了计算残余石英量的实用公式。
The progress in the related technologies and the possibility of processing GBBLC by one-step firing at low temperature are discussed as well.
文中还讨论了有关工艺进展及低温一次烧成GBBLC的可能性。
Present research status in the four sorts materials are introduced. In this paper, recent progress in low-temperature firing in MWDC is reviewed in detail.
本文简要介绍了四类微波介质陶瓷的研究现状，着重评述了微波介质陶瓷在低温烧结方面的最新研究进展。
Present research status in the four sorts materials are introduced. In this paper, recent progress in low-temperature firing in MWDC is reviewed in detail.
本文简要介绍了四类微波介质陶瓷的研究现状，着重评述了微波介质陶瓷在低温烧结方面的最新研究进展。
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