全部

1·A pale rose-colored variety of the ruby spinel.

一种浅玫瑰色的尖晶石。

2·It is called the cobalt spinel which was found in Sri Lanka.

这就是所谓的钴尖晶石是在斯里兰卡发现。

3·Coated spinel color pigments process for their production and use.

涂覆尖晶石色料及其生产工艺与使用。

4·This is a blue colour stain with a spinel structure, widely used in glazes.

这浅蓝色料具有尖晶石结构，广泛适用于不釉中。

5·Brown spinel pigments based on zinc chromite method of their production and use.

锌络铁矿棕色尖晶石色料及其制备方法和应用。

6·Synthesis of magnesium aluminium spinel and fused two main methods are sintering method.

合成铝镁尖晶石的两个主要方法是烧结法和电熔法。

7·All of them influence the slag resistances of spinel clinker and its castable refractory.

这些都与尖晶石熟料及铝—尖晶石浇注料的抗渣性有密切关系。

8·The strength of castable containing MA spinel was better than that of the one contaning chrome ore.

加入镁铝尖晶石的镁质浇注料在强度方面要好于加入铬矿砂的；

9·The partial melting undergone by plagioclase-peridotite occurred only within spinel or garnet facies.

岩体所曾经受的部分熔融只发生在尖晶石或石榴石相。

10·When the ma spinel addition is 15%, the castable has optimal high temperature strength and slag resistance.

当尖晶石加入量为15%时，浇注料具有最佳的高温强度和综合抗渣性能。

尖晶石

1·Coated spinel color pigments process for their production and use.

涂覆尖晶石色料及其生产工艺与使用。

2·When the reaction products form as high melting point CA2, CA6 and MA spinel in a continuous solid phase it will clog the liquid channel and resist the further diffusion of fused slag in the brick.

并且当熔渣与耐火材料的反应产物为高熔点的CA2、CA6和MA尖晶石相且连续交错分布时，能堵塞液相扩散通道，抑制熔渣向耐火材料内部的进一步渗透。

3·The development foreground of inverse spinel ions doping in positive electrode materials of lithium manganese oxide was viewed.

展望了反尖晶石离子掺杂在锂离子电池锰酸锂正极材料中的发展前景。

4·The vibrational spectroscopic techniques (i. e. IR, Raman) were employed to investigate why titanium can obviously improve the electrochemical performance of spinel lithium manganese oxides.

还用红外和拉曼光谱技术研究了钛对尖晶石锂锰氧化物的电化学性能的改善作用。

5·The partial melting undergone by plagioclase-peridotite occurred only within spinel or garnet facies.

岩体所曾经受的部分熔融只发生在尖晶石或石榴石相。

尖晶石型

1·Nanosized nickel ferrite spinel particles have been synthesized by a precursor approach in the condition of ultrasound radiation.

在超声波辐射下用前驱体法合成纳米尖晶石型铁酸镍。