Mechanochemistry is to study the chemical and physicochemical changes of substances that occur under the action of mechanical force.
机械化学研究物质在机械力作用下所发生的化学和物理化学的变化。
Infrared spectra (FTIR) showed that mechanochemistry reaction occurred and the resultants mainly were humic acid salt during milling.
红外光谱表明，球磨过程中发生了机械力化学反应，主要产物为腐植酸盐。
The affecting mechanism of grinding aid during mechanical milling of ceramic powders was synthesized basing the point of mechanochemistry.
从机械力化学角度探讨了陶瓷粉体机械粉碎过程中助磨剂的助磨作用机理。
The function of ultra fine grinding and alkali leaching is investigated, and the mechanochemistry 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。
The advance in the research of the application of mechanochemistry in the synthesis of super-fine functional powder is presented and its development trend prospected.
综述了机械化学在超细功能粉体材料合成方面的应用研究进展，并进一步展望了机械化学合成研究的发展趋势。
The processes and equipments of melt graft, solvent graft, solid phase graft, UV radiate graft, supercritical CO_2 graft and solid-phase mechanochemistry graft were introduced.
分别介绍了熔融接枝、溶液接枝、固相接枝、紫外光辐射接枝、等离子体接枝、超临界二氧化碳接枝的工艺及设备的开发情况。
Mechanochemistry is a subject of study on the conversion between mechanical and chemical energy, and this effect is widely used in the unequilibrium course of material preparation.
机械力化学是研究机械能和化学能之间的相互转化的一门学科，机械力化学效应被大量运用于材料制备中的非平衡过程。
In a word, the thesis gives a detailed study of high temperature oxidation of thermal barrier coatings from thermodynamics, diffusion, oxidation kinetics and mechanochemistry activity.
总而言之，本文从热力学、扩散、氧化动力学和力学化学活度四个方面对热障涂层的高温氧化机理作了一个较为详细的论述。
The results show that effects of mechanochemistry can fine crystalline particles, enhance the reaction activation of the milled mixtures and induce the chemical reaction at room temperature.
结果表明：机械力化学作用能够细化晶粒、提高混合粉体的反应活性和诱导室温化学反应。
The results show that effects of mechanochemistry can fine crystalline particles, enhance the reaction activation of the milled mixtures and induce the chemical reaction at room temperature.
结果表明：机械力化学作用能够细化晶粒、提高混合粉体的反应活性和诱导室温化学反应。
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