机械化学是机械加工和化学反应在分子水平的结合，包括机械粉碎、机械压力作用下的化学反应、摩擦、机械降解聚合物、空穴效应、超声波物理化学和分子期间等等。机械化学可以看作是一门化学工业和机械工业的交叉学科。
机械化学
网络释义专业释义
... mechanocaloric effect机械热效应 mechanochemistry机械化学 mechanoelectric conversion机电变换 ...
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短语
机械化学浆 mechano-chemical pulp
机械化学磨损 mechano-chemical wear
机械/化学粗化 machine/chemistry coarsening
机械化学降解 mechanochemical degradation
机械化学法 Mechanochemical method ; Mechanical and chemical methods ; mechanical chemical method
机械化学抛光加工 mechano chemical polishing
机械化学反应 mechanochemical reaction
机械化学抛光 machano chemical polishing
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mechanochemistry - 引用次数：6
As a kind of overlapping disciplines developed in recent years,mechanochemistry has been applied successfully in various field, whichdisplays a great prospect of development.
机械化学作为一门新兴交叉学科已经在诸多领域得到了成功的应用，显示出良好的发展前景。
参考来源 - 机械化学法制备铁酸锌和羟基磷灰石过程的结构宏观动力学研究 -
mechano-chemistry - 引用次数：3 参考来源 - 机械化学法在超细复合粒子制备中的应用研究mechanochemistry - 引用次数：3
The study on energetics of mechanochemistry has important significance for mechanical activation of minerals,mechanical alloying and preparation of powders and compounds.
机械化学过程中的能量学研究对机械活化处理矿物、机械合金化以及制备粉体和化合物均具有重要意义。
参考来源 - 机械化学热量仪与机械化学能量学研究 -
mechano-chemistiy - 引用次数：6
The results indicate that surfactants change the surface potential of granite and depress micro-hardness through mechano-chemistiy actions. The surfactants accelerate the development of cracks because of the reduction of surface tension.
通过系列实验研究和理论分析，结果表明： 1．在磨削过程中，表面活性剂通过机械化学作用，改变花岗石表面电位，降低显微硬度，以及减小磨削液的表面张力，增强对微裂纹的渗透能力，加速裂纹扩展，提高了材料切除率。
参考来源 - 机械化学复合砂带磨削花岗石研究 -
mechanochemistry - 引用次数：1 参考来源 - 尖晶石锂锰氧化物的合成及改性研究
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双语例句原声例句
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在六十年代早期，程序化学习被看作是机械化学习过程的途径。
In the early sixties, programmed learning was looked on as the pathway to mechanize the learning process.
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机械化学反应是指将化学能与机械能直接相互转换的过程。
Mechanical chemical reaction refers to the course of exchangement between chemical energy and mechanical energy.
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讨论了机械法、化学法、机械化学法再生硫化氟橡胶的效果。
The effects of the ways of mechanical, chemical and mechanism chemical to regenerate cured fluorine rubber were investigated.
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Why? Bundle of properties: mechanical strength, chemical inertness, ease of fabrication: that's not a unique solution.
为什么，属性的总和：,机械强度，化学惰性，易于制造，那不是独特的解决方法。
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I mentioned previously that we do not know a lot about how the mechanical stimulation is being converted into chemical and electrical energy.
先前我曾说过,对于机械刺激到化学和电能的转换,我们还知之甚少。
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