1)  koppite
重烧绿石
2)  refiring
重烧
1.
Based on the study on the mineralogical composition constitution,microstrure and glass phase constitution by XRD,SEM and XPS,this article analysed the state,valence and the change of Fe,Cr and Co in the refiring process.
通过采用XRD、SEM、X射线光电子能谱 (XPS)等现代测试手段 ,分析研究了Fe -Cr -Co系黑釉在重烧过程中其矿物组成、微观结构、釉玻璃相中铁、铬、钴离子的存在状态和它们的变化规律 ,从本质上揭示了重烧前后黑釉颜色发生变化的根本原因 ,为今后解决黑釉变色缺陷提供了具体途
2.
The stability of refiring of Ag-Pd TFRs on insulated stainless steel substrates would be best when the thickness of fired film is about 12 μm.
为提高不锈钢基厚膜电阻浆料的重烧稳定性,采用丝网印刷、高温烧成等厚膜工艺制备了不锈钢基厚膜电阻,研究和分析了烧成膜厚度对方阻、电阻温度系数和重烧稳定性的影响规律和机理。
3)  resinter
重烧结
1.
This article investigates the resintering of nitride-bonded silicon carbide samples at different temperatures.
对氮化烧成后的氮化硅结合碳化硅试样进行了不同温度下的重烧结研究。
4)  hot air stove
高温重烧
1.
Using polarizating microscope and reflecting microscope,we have studied the features of microstructure and basic composition of general silica brick and high quality silica brick used for large scale hot air stove and the effect of impurity content and high temperature reburning on microstructure.
用偏光和反光显微镜研究了普通硅砖与大型热风炉用优质硅砖的基本组成和显微结构特征,以及杂质含量和高温重烧对显微结构影响。
5)  severe burns
严重烧伤
1.
The therapeutic role of recombinant human growth hormone(rhGH) in severe burns;
基因重组人生长激素对严重烧伤后的康复作用
2.
OBJECTIVE To study the efficacy of omeprazole in the treatment of upper digestive tract bleeding in patients with severe burns.
目的探讨奥美拉唑治疗严重烧伤患者上消化道出血的疗效。
3.
Objectives:To study the effect of erythropoietin rat kidne with delay fluid resuscitation after severe burns,and discuss the probable mechanism and protective effective of erythropoiet for rats kidney after delay fluid resuscitation after severe burns.
【摘要】目的:通过研究重组人红细胞生成素对大鼠严重烧伤延迟复苏肾脏的作用,探讨重组人红细胞生成素对大鼠烧伤延迟复苏肾脏的保护作用及机制。
6)  severe burn
危重烧伤
1.
Objective To identify the influencing factors of workload of early nursing care for patients with severe burn, in order to provide information for the deployment of nursing staff for severe burn wards.
目的寻找危重烧伤患者伤后早期护理工作量的影响因素,为危重烧伤病房护理人力配备提供借鉴。
参考词条
补充资料:烧绿石(pyrochlore)
【烧绿石】(pyrochlore)又名“黄绿石”。化学成分`CaNaNb_2O_6F`。常含钽、铀等元素。等轴晶系。晶体呈八面体;通常成粒状或块状集合体。硬度5-5.5。比重4.03-4.36。半透明至不透明。树脂光泽。褐色、黄绿色或黑色,新鲜断口几乎呈黑色。条痕淡褐或淡黄色。性脆。解理平行,八面体不完全。断口贝壳装。具强放射性。常产生碱性岩、碱性伟晶岩或碳酸岩中。是提取稀土元素、铌、钽及放射性元素的矿物原料。

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