1) warm quick fever
中温快烧
2) low temperature quick firing
低温快烧
1.
With the addition of 70 percent, the igneous rock in Hanzhong Shanxi of native component for manufacturing porcelain can be processed into a stone ware tile conforming to national standard , and its firing condition satisfies the modern technical of low temperature quick firing .
利用陕西汉中细晶岩天然的成瓷性能，在低温快烧工艺条件下，加入量高达70%时，可研制出符合国标的炻质墙地砖产品。
3) Quick calcination under high temperature
高温快烧
4) Moderate-temperature and quickly-solidifying
中温快速
5) medium temperature sintering
中温烧结
1.
The medium temperature sintering mechanism of the solid solutions of BaTiO3 system substituted in both sites A & B by high valence positive ions is inquired into and the effect of the engendered composite defect structures on dielectric properties is investigated in this paper.
本文简要探讨高价阳离子Ａ、Ｂ双位取代ＢａＴｉＯ３系固溶体的中温烧结机制，以及其所形成的复合缺陷机构对介电特性的影响，并从实用出发，研制开发了（ＢａＬａ）（ＴｉＮｂ）Ｏ３系ＸＬ１０３片式多层瓷介电容器（ＭＬＣ）资料，其主要的特征参数为：ε（２０℃，１ｋＨｚ）≈１００００；在－２５～＋８５℃范围内 Ｔｓ＝（１１１０±２０）
2.
The influence of different dopants and doping amount on the dielectric properties of medium temperature sintering (Ba,Sr) TiO_3(BST) series capacitor ceramics has been investigated by means of orthogonal design experiments.
以(Ba，Sr)TiO_3为基(简称为BST)，采用传统电容器陶瓷制备工艺和常规电容器陶瓷原料，借助正交设计法研究各种掺杂助剂的种类和用量对中温烧结BST基电容器陶瓷介电性能的影响，确定了影响中温烧结的BST基陶瓷介电性能的主次因素，其性能随各因素水平影响的趋势，得到最佳配方。
6) intermediate temperature sintering
中温烧结
1.
The dissertation started with the analysis of the crystal structure of BaTiO_3, then studied the preparation of high-K X7R, high-K X8R and intermediate temperature sintering high-K X8R dielectric ceramic system by modern methods such as XRD, SEM, EDS etc.
论文从分析钛酸钡的晶体结构入手,运用XRD、SEM、EDS等现代微观分析手段,对钛酸钡基的高介X7R介质陶瓷材料、高介X8R介质陶瓷材料和中温烧结X8R介质陶瓷材料的制备进行了研究,讨论了介质陶瓷体系掺杂改性的作用效果和微观机理以及系统组分和工艺条件等对系统介电性能的影响。
补充资料：怒火中烧
1.形容心中怀着极大的愤怒。
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