The synthesis methods of magnesia - alumina spinel are electro - fusion and sintering process.
镁铝尖晶石的合成方法有电熔法和烧结法.
互联网
Spinel containing refractories are widely used in metallurgical industry.
含尖晶石的耐火材料广泛应用于冶金行业.
互联网
The mechanics properties and microstructure of self - flow alumina - spinel castable have been investigated.
研究了氧化铝 - 尖晶石质自流浇注料的力争性能和显微结构.
互联网
Resistance to slag relates to the content of magnesia powder and spinel.
浇注料的抗渣性与镁砂含量和尖晶石含量有关.
互联网
A cathode - ray - tube ( CRT ) faceplate made of transparent spinel ( MgAl 2 O 4 ) is developed.
摘要透明尖晶石陶瓷面板投影管的屏和锥采用了低熔点玻璃 封接 .
互联网
Spinel exhibits a lower thermal expansion coefficient than conventional glass faceplate.
给出了封接结构、所用屏、低熔点玻璃和锥的材料特性.
互联网
The phonon dispersion relations of magnesium aluminium spinel MgAl 2 O 4 are calculated by using frozen phonon method.
本文利用冻结声子法计算了镁铝尖晶石的声子色散关系和常压下的各种热力学性质.
互联网
Preparation of magnesia alumina spinel and its application in catalytic reaction were reviewed in this paper.
综述了镁铝尖晶石的制备及其在催化反应中的应用.
互联网
The properties of some refractories contaning synthetic magnesia - alumina spinel and theirapplieations are discussed in this paper.
本文讨论了几种含合成镁铝尖晶石的耐火材料的性质和应用.
互联网
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.
互联网
However, the capacity of spinel manganic acid lithium fades rapidly in the charge - discharge cycle process.
但在充放电循环过程中,由于锰的溶解 、 电解液分解以及 Jahn -Teller效应等原因,尖晶石型锰酸锂的比容量衰减较快.
互联网
Magnesiaalumina spinel, as an important catalytic material , is applicable both as catalyst and as catalyst support.
镁铝尖晶石是一种重要的催化材料, 它本身可作为催化剂,也可作为催化剂载体.
互联网
This paper introduces the characteristics, synthetic methods and domestic applications of spinel refractory.
本文介绍了镁铝尖晶石的特性 、 合成方法及尖晶石质耐火材料在国内的应用.
互联网
This paper introduces the application of pouring material of high - alumina - spinel on ladle lining for continuous casting.
介绍了高铝 — 尖晶石浇注料在连铸钢包工作衬的实践.
互联网
Preparation techniques, products propertyes and applications of magnesium aluminum spinel powders have been viewed.
综述了高性能镁铝尖晶石的性能,以及制备技术的发展状况和应用前景.
互联网