1) mechanochemistry
[,mekənə'kemistri]
机械化学
1.
Calorimetry study progress of mechanochemistry and mechanical activation;
机械化学与机械活化量热学的研究进展
2.
Mechanochemistry and Its Application in Mineral Processing;
机械化学及其在矿物加工中的应用
3.
Mechanochemistry and Advances in Its Application Research;
机械化学及其应用研究进展
2) mechanochemical
[英][,mekənəu'kemikəl] [美][,mɛkəno'kɛmɪkəl]
机械化学
1.
LaMnO_3 powder was synthesized from the mixture of La_2O_3 and Mn_3O_4 via solid-state reaction method at high temperature of 1223K and mechanochemical activated process as well.
结果表明,机械化学法可以制成超细的无定形混合粉体,将这种粉体在973K下煅烧5h可以获得纳米锰酸镧粉体。
2.
The research history of mechanochemical surface modification of powders is reviewed in this paper.
回顾机械化学法在粉体表面改性领域的研究历史,阐述机械化学法粉体表面改性的机理,介绍目前国内外常用的表面改性流程及撞击流超细粉碎与表面改性装置的流程特点,通过工业及研究领域的应用实例,说明机械化学法粉体表面改性装置具有广阔的发展前景。
3.
In this paper, the functional effect in mechanochemical piezoelectric composite material is put forward and analysed using the product property theory, and proved in isinglass lead zirconate titanate material.
应用乘积效应原理，提出并分析了机械化学－压电复合材料的功能效应。
3) mechano chemistry
机械化学
1.
Applying the mechano chemistry method, raw material of CaCO 3 and Ca(OH) 2, the influence of the time of mechanical active on the hydration resistance has been investigated in this paper.
采用机械化学法 ,以 Ca CO3 和 Ca(OH) 2 为原料 ,研究了机械活化时间对 Ca CO3-Ca(OH) 2 复合粉体烧结及抗水化性的影响。
2.
The function of ultra fine grinding and alkali leaching is investigated,and the mechano chemistry mechanism of accelerating pyrite decomposition is discussed.
考察了超细磨碱浸的作用，讨论了促进黄铁矿分解的机械化学机理。
4) chemo-mechanical
化学机械
1.
Objective: The purpose of this study was to compare CCR(Completely Caries Removal) time of Carisolv caries removal (chemo-mechanical caries removal) with conventional bur caries removal in primary teeth in children.
目的：比较Carisolv去龋(化学机械法微创去龋)和传统车针去龋在治疗乳牙龋坏时的去龋时间。
5) mechanochemical method
机械化学法
1.
MnO2 was prepared by mechanochemical method,the influence of mole ratio KMnO4: Mn(CH3COO)2 on the performance of MnO2 was studied.
采用机械化学法制备了MnO2粉体,研究了不同高锰酸钾与乙酸锰配比对产物结构与性能的影响。
2.
In this paper preparation process and mechanism of nano-scale surface modification of GCC using nano CaCO_3 as modifier by mechanochemical method were studied.
本论文以纳米碳酸钙为改性剂,研究了机械化学法对重质碳酸钙进行表面纳米化修饰的工艺和机理,并对制备的复合颗粒进行表面改性,从而为充分发挥碳酸钙的优异特性、提升利用价值和技术含量等提供技术支持。
补充资料：机械化学纸浆
分子式：
分子量：
CAS号：
性质：见化学机械纸浆。
分子量：
CAS号：
性质：见化学机械纸浆。
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