特細粉碎機 的英文怎麼說

中文拼音 [tèxìfěnsuìjī]
特細粉碎機 英文
ultrafine grinder
  • 特 : Ⅰ形容詞（特殊; 超出一般） particular; special; exceptional; unusual Ⅱ副詞1 （特別） especially; v...
  • 細 : 形容詞1 （條狀物橫剖面小） thin; slender 2 （顆粒小） in small particles; fine 3 （音量小） thin ...
  • 粉 : Ⅰ名詞1 （粉末） powder 2 （用澱粉製成的粉條或粉絲） noodles or vermicelli made from bean potato o...
  • 碎 : 動詞[書面語] （觸; 撞） strike; bump
  • 機 : machineengine
  • 粉碎 : 1 （使失敗、毀滅） smash; shatter; crush 2 （破碎） broken to pieces; pulverize; shred; shiver 3 ...
  1. This product is extensive to used for all kinds of minerals, cement, fire - proof materials, aluminum soil the familiar anticipating, the emery, glass raw materials, mechanism building sand, stone materials, sand metallurgy of slag. it has the higher yield effect than other types, especially used to crush harder and causticity materials such as carborundum, emery, magnesium sand

    Pcl直通沖擊式破碎機制砂機特別適用於製作建築砂石磨料，耐火材料，水泥石英砂鋼砂爐渣粉銅礦石鐵礦石金礦砂混凝土骨料瀝青骨料等多種硬脆物料的細碎與中碎，是高效，節能的碎石制砂設備。
  2. A new type hydraulic control system has been put forward in this thesis based upon analysis of working cases on the cone crushers. lt follows from research in this thesis that the new type hydraulic control system has some outstanding performances such as high automatic control level, reliability etc. and the new system has been successfully used in the auto - circling ultra - fine crusher developed by us in recently, too. and the time - lag problem on hydraulic control of the new system was studied in details

    對提高破碎設備的自控水平和增加整機的可靠性有顯著效果，同時又把該新型液壓系統有效地運用到我們所開發的一個項目? ?自循環超細粉碎機上，並對「時滯」問題做了研究。人工智慧技術近二十年來得到了很大發展，特別是專家系統，知識工程的發展更為迅速。
  3. These studies have shown significant results : to protect wollastonite ' s crystal structure, we can forge and then cool it before fining ; adopting mechanochemical modification by jet mill, we can make wollasonite to fine and modification at the same time ; in order to understand thoroughly the major results achieved in enhancement of mechanical capabilities of the polypropyl ene filled with the modified wollastonite, this paper has researched deeply the interface mechanism through combining experiments and measure means with theory analysis, and tried to give a further explanation and demonstration about improving of the macroscopic mechanics performances of composite material and to offer a theoretical basis for improving material ' s mechanical properties

    特別是採用粉碎前對硅灰石煅燒空冷處理的方式，獲得了超細化程度更高、長徑比更大的硅灰石；利用機械力化學改性及超音速氣流粉碎技術，使硅灰石粉碎?改性同時完成；應用現代測試手段，結合實驗對界面微觀形貌、結構及其機理進行研究，進一步解釋與論證了復合材料的宏觀力學性能，為改善復合材料的綜合性能提供了理論基礎。這些方面的研究在同類研究中具有一定的創新性。
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