目前，国内对机械冲击式超细粉碎机的设计缺乏一定的理论依据。
At present, the design for Super Micro Mill at home lacks certain theoretical basis.
介绍了自循环超细粉碎机的结构及工作原理，说明了该设备的特点。
The structure, working principle and special feature of the automatic closed circle crusher are introduced.
超细粉碎机适用范围：用于化工、冶金、建材、制药、食品、饰料等行业。
Superfine Mill Application: used in chemical industry, metallurgy, building materials, pharmaceuticals, food, decoration materials and other industries.
本文以湍流式超细粉碎机为研究对象，利用该机制取了几种材料的亚微米级超细粉体。
Pulverizer of turbulence was researched in this thesis, by which several materials submicron superfine powder were prepared.
为了认识湍流怒细粉碎机粉碎腔内的流场结构和流动状态，文中以湍流超细粉碎机的实验设备为基础。
In order to improve the processing results of superfine comminuting mill with turbulence, it necessary to cognize the flow field frame and flow state in the concave.
圆盘式气流粉碎机在超细粉碎作业中最大的问题是能量利用率低。
The supreme problem of disk air - jet mill in ultrafine pulverization operation is lower utilization of energy.
本文采用气流粉碎机进行膨润土超细粉体制备研究，主要考察设备操作参数对该粉体制备效果的影响。
The paper adopted a jet mill to prepare ultra-fine bentonite, and mainly seek into the effect of equipment operating parameters on bentonite pulverized.
本文以湍流式粉碎机为研究对象，介绍了超细粉碎设备的现状和超细粉碎技术的发展趋势，阐述了研究湍流式粉碎机的必要性。
This paper regard turbulence mill as research object, recommend ultra-fine crush equipment and the trend of ultra-fine comminution technology, explain the necessity of studying turbulence mill.
盘式气流粉碎机在超细粉碎作业中最大的问题是能量利用率低。
The supreme problem of disk air-jet mill in ultrafine pulverization operation is lower utilization of energy.
盘式气流粉碎机在超细粉碎作业中最大的问题是能量利用率低。
The supreme problem of disk air-jet mill in ultrafine pulverization operation is lower utilization of energy.
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