Research and development of mechanochemistry in non - metallic mineral powder preparation 非金属矿物粉体机械力化学研究进展
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In addition , the electrical and thermal conductive pp / graphite composites prepared by s3c technology keep pretty good mechanical properties . this research develops the intercalation technique for nanocomposites , as well as pan - milling mechanochemistry , the electrical and thermal conductive theories of polymer based composites . the main outcomes are listed as follows : 1 研究结果表明，磨盘碾磨剪切力场实现石墨的层间剥离及与pp的纳米复合是分阶段完成的，是碾磨过程产生的摩擦、挤压、拉伸和剪切应力及物料螺旋运动过程综合作用的结果。
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The reaction milling which is based on the principles of mechanochemistry theory takes more and more important part in developing new materials . the present researches have been foucsed on the reactions in solid - solid and solid - gas systems , but few in the solid - liquid systems . three systems were investigated by milling metal powders in distilled water 本文根据机械合金化及机械力化学等理论,在已有的研究基础上加入适当创新,研究在水溶液中球磨mn 、 zn 、 sn等金属粉末的固液球磨反应和球磨参数对反应产物和速度的影响。
