2) physical activating
物理激活
4) activation theory
激活理论
5) mechanical activation
机械激活
1.
The effect and reason of mechanical activation motivating anisotropic grain growth of Al2TiO5 are investigated.
采用高能球磨处理方式对合成Al2TiO5的原料混合体系进行高球料比的机械激活处理,在相对低温和短时条件下制备了高纯度Al2TiO5粉体,并使得其各向异性生长特性得以体现,其典型结构特征为棒状晶粒。
2.
The results show that the mechanical activation of the solids led to a reduction of the ground product fineness and an effective dispersion/interaction of ultra-fine silica particles within cement particles,resulting in an increased rate of the hydration reactions of the slag cement.
用干式高能振动磨机械激活矿渣(炉渣和/或硅灰)水泥。
3.
Physical chemistry development and resultants of powder mixture induced by mechanical activation were investigated,as well as these effects on formation of Al2TiO5 were also analyzed.
采用行星式球磨机机械激活处理α-Al2O3和锐钛矿型TiO2混合粉体。
6) activation mechanism
激活机制
1.
In this article, the structure of PKR was introduced and activation mechanism of PKR was discussed.
本文介绍了PKR的分子结构特征,并对PKR激活机制进行探讨。
补充资料：C3前激活质
C3前激活质
又称“B因子”。富含甘氨酸的β-糖蛋白。是C3裂解酶的前体。B因子被激活后(B-），可裂解成抗原性不一的a与b两个片段。b片段能与C3b结合，形成C3bBb-(即C3激活剂），能裂解C3和C5，故又称“C3/C5转换酶”。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条