1)  spinel
出溶尖晶石
2)  exsolution
出溶
1.
Annealing is represented by both of the two processes, exsolution of the solid solution and grain coarsening of the exsolution products including lamellar, monoclinic pyrrhotite and flame-like pentlandite.
出溶和出溶体的粗化是固溶体退火的两种方式。
2.
The exsolution of rutiles in garnets from rocks formed under UHP condition have been reported in literatures, but the mechanism has not been investigated.
　文献中已有超高压条件下形成的石榴石有金红石出溶的报道,但其出溶的机制还未被研究。
3.
Monoclinic pyrrhotite lamellae within hexagonal pyrrhotite matrix in the ores from some orthomagmatic copper-nickel deposits of Norway were produced by exsolution from pyrrhotite solid solutions formed at higher temperatures during cooling.
在挪威某些正岩浆铜镍矿床的矿石中，六万磁黄铁矿基质内的单斜磁黄铁矿叶片是高温时形成的磁黄铁矿固溶体在降温过程中出溶的产物。
3)  extraction solvent
浸出溶剂
1.
Toxicity of hydrocarbon as extraction solvent for vegetable oil;
作为植物油浸出溶剂烃类毒性
2.
A gas chromatographic method for analysis of hydrocarbons in edible oil extraction solvent was developed.
建立了食用油脂浸出溶剂组成的气相色谱分析方法。
4)  lixiviate solution
浸出溶液
5)  exsolution texture
出溶结构
1.
The exsolution texture on christite is first reported in Lanmuchang thallium ore deposit,Xingren county,Guizhou province.
报道了贵州滥木厂铊矿床产出的斜硫砷汞铊矿的出溶结构，对其特征进行了较详细地描述，并初步探讨了其成因和发现意义。
6)  exsolution
出溶结构
1.
Exsolution texture of two-pyroxenes in lherzolite from Baijiangtan ophiolitic mélange,western Junggar,China.;
西准噶尔白碱滩二辉橄榄岩中两种辉石的出溶结构及其地质意义
2.
Transmission electron microscopy(TEM) and STEM reveal the exsolution lamellar structure in labradorite,which is responsible for the iridescence of labradorite.
从拉长石出溶结构的形态特征、成分差异和出溶结构的取向研究出发,采用TEM、STEM以及SAED等手段对其进行测试,发现拉长石出溶结构层的厚度符合理论计算值,结构层的成分由富钙和贫钙两相长石组成,具备了产生干涉作用的必要条件。
3.
Titanoclinohumite and Titanochondrodite exsolution texture is found in clinopyroxene inclusions in the garnet from these samples.
56),估算钛斜硅镁石出溶结构形成在压力>3。
参考词条
补充资料：半透明烧结镁铝尖晶石陶瓷
分子式：
CAS号：

性质：又称半透明烧结镁铝尖晶石陶瓷。在0.3～6.5μm范围的线性光透射率大于10％，可见光范围的总透射率约为75％。用镁-铝的盐或氢氧化物的热分解产物为原料，添加少量烧结促进剂氧化钙等。在真空中经1800～1900℃或湿氢气氛中1700℃左右烧结成半透明陶瓷。可用于制作高温电弧、密封外壳、天线窗、红外透射装置等。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。