本产品可以根据客户要求做超细粉末。
The product could be ultrafine powder based on customer accurate requirement.
搅拌磨是一种新型高效的超细粉碎设备。
Stirring mill is a new equipment for ultrafine grinding with high efficiency.
建材工业：陶瓷坯料、釉料、超细粉料等。
Building Materials Industry: ceramic body, glaze, ultra-fine powder, etc.
魔芋超细粉末；肥胖症；大鼠；减肥作用。
Konjak mannan ultrafine grinding powder; obesity; rats; antiobesity effect.
给出了喷雾干燥法制备超细粉末的应用前景。
The foreground of preparation ultrafine powder by spraying drying was gived.
振动磨机是一种高效的细磨和超细粉磨设备。
Vibration mill is a kind of effective equipment for fine and ultrafine milling.
因此，超细粉体的稳定性控制是其应用的关键。
Therefore, the key is to control stability of superfine powder during its application.
通过调节过程参数，可以得到不同粒径的超细粉。
Powders with different particle could be prepared by adjusting process parameters.
核桃壳超细粉的用途比较广泛，具有广阔的市场前景。
Super fine walnut shell used widely now and will be used more widely in the future.
该磨粉机是粉碎、筛选、超细粉分离回收的组合机组。
The grinder is designed with high speed grinding air classifying cyclone separating sifting and extra fine powder collecting.
湍流超细粉碎技术是一种先进的制取超细粉体的技术。
Turbulent flow pulverization technology is an advanced technology of preparing super-fine powder.
目的：考察魔芋超细粉末对营养性肥胖大鼠的减肥作用。
AIM: To investigate antiobesity effect of Konjak mannan ultrafine grinding powder on nutured obese rats.
用新开发的热抽取法，测定了超细粉中不同状态氧的含量。
Oxygen in different states in ultrafine powders can be determined with newly developed heat-extraction method.
现有超细粉体制备技术中，机械粉碎方法是最常用的方法之一。
At present, mechanical pulverizing method is one of the most available superfine particle preparation methods.
介绍了磁铁矿的选矿提纯方法和获得磁铁矿超细粉的两种途径。
In this paper, the magnetite purification and two methods for obtaining ultrafine magnetite powder were introduced.
介绍了超细粉体的特性、应用及现代高技术与超细粉体的关系。
The properties and application of super fine powder material and its relation with modern high technology are described.
结果表明，该超细粉分级机可用于微米或亚微米级的粉体分级。
The classifier can be used for classifying powders of micron or submicron size.
低温粉碎是塑料，特别是低软化温度塑料超细粉碎的发展趋势。
Cryogenic grinding has been the development trend for ultrafine grinding of plastics, especially for plastics with low softening temperature.
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.
它有一个在工作中表现非常沉重的大小粉碎，细粉碎和超细粉碎。
It has a great crushing performance in the work of medium-size crushing, fine crushing and super fine crushing.
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.
它具有体积小，样品量少等特点，是各研究机构研究超细粉体的理想设备。
Characterised by small size and small sample amount, it is an ideal tool for superfine powder study of various research institutions.
详细介绍了表面活性剂在制备超细粉体材料、分子筛与多孔材料等方面的应用。
Application of surfactants was introduced in detail to manufacture superfine powder, sieve and porous material in this paper.
论述了水热条件下水的特性、体系的反应动力学及制备超细粉体的各种水热法。
The characteristics and reaction dynamics of hydrothermal condition are shown, and various hydrothermal methods processing superfine powder are all summarized.
硅酸锆超细粉是建筑陶瓷的重要原料，国内主要采用以搅拌磨进行湿法研磨生产。
Zirconium silicate superfine powder is an important material used in ceramic, the main process in China is wet grinding by agitating mill.
综述了超细粉体干法分级的理论研究现状，并对超细粉体分级的发展趋势进行了展望。
The study status of dry classification theory of ultra-fine powder was reviewed, and the trend of ultrafine powder classification was prospected.
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.
在小麦浆糊(浆糊)里加入氧化锌超细粉(氧化锌)，采用培养皿观察法评价防霉效果。
The mildewproof effect of ultrafine ZnO powder in wheaten paste was evaluated by observation in Petri dish.
超细粉碎加工技术是一门涉及机械、材料、粉体工程以及力学等多学科领域的高新技术。
Ultrafine comminution technology is a high technology involved with such fields as mechanical, material and powder engineering and applied mechanics.
将滑石、硅灰石等天然矿物通过超细粉碎和表面改性制成了性能较好的硅橡胶补强填充剂。
The reinforcing filler of silicone rubber with good properties was prepared with talcum and wollastonite as raw materials by ultrafine crushing and surface modifying.
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