主晶相 meaning in Chinese
the host lattice
Examples
- Numerical calculus and experiment for crystallization process of li2o - al2o3 - sio - p2o5 system glass indicated : size of crystallization grain can be controlled by forming residual glass phase with high melting point , and by this way we got transparent glass - ceramic
并依据理论分析的受控模型获得了小晶粒的透明微晶玻璃。讨论了通过主晶相和残余玻璃相的膨胀系数估算析晶量的方法。 - The experimental results illustrate that the powders ni and cu can promote the sintering densities of w and mo alloys . in the processing of sintering , cu powders melt to become liquid and ni , dissolved in liquid cu , shows more activating sintering feature than the solid ni
实验结果表明：烧结助剂ni 、 cu的添加有助于w 、 mo合金致密度的提高，在烧结致密化过程中， cu主要起到溶解ni的作用， ni溶解主晶相促进致密化的进行。 - The results show that ti2n ( 200 ) tropism interplanar is obtained when the ion beam energy is 875ev and the current is 60ma . the ti2n crystals embed in the films deposited at low temperature , while tin crystals are formed at high temperature . the analyses of component show that the tiny films are rich - nitrogen
结果表明：在能量为875ev 、束流为60ma时获得取向较好的ti _ 2n ( 200 )晶面；低温沉积的薄膜的主晶相为ti _ 2n ，高温沉积时为tin ；成分分析表明tin _ y薄膜是富氮的。 - Begin with the comparation of two widely used methods producing the strontium titanate , the oxalate decomposition method shows its advantage hi the microstructure and future performance . the effect of caco3 is studied , and so is the effect of the donor dopant , such as nb2o5 , y2o3 and la2o3 . the dopant of tio2 is also considered , which involve ti / sr ratio , sintering temperature , oxygen partial pressure , donor dopant , grain growth and future electric performance
从对比草酸盐分解法和固相合成法这两种制备srtio _ 3主晶相的方法开始，在予合成料的制备过程中分析了施主nb _ 2o _ 5 、 y _ 2o _ 3 、 la _ 2o _ 3以及caco _ 3所产生的影响；在tio _ 2掺杂的问题上，综合考虑了ti / sr比、烧结温度、氧分压、施主掺杂、晶粒的微观生长与成瓷后的元件宏观电性能等之间的相互关系。