粉碎设备

粉碎设备电气监控系统设计

Design for An Electrical Monitor System of the Pulverizer Unit

我国超细粉碎设备的发展前景与努力方向

Development Prospect and Direction of China 's Ultra-fine Crushing Equipment

借助ANSYS软件对高速切割粉碎设备的关键部件&转子进行建模，分析其高速转动下的变形情况，得到对其进行可靠性分析的研究结果。

Using of the ANSYS software , the model of the key component of the high-speed cutting comminution equipment & rotor is established . The distortion of the rotor with the high rotating speed is obtained . The result of the probability analysis is gotten .

以砂磨机为粉碎设备，得到对绢云母进行超细粉碎的最佳工艺条件：磨矿时间6h，矿浆质量分数40%，助磨剂用量0.20%。

Best processing conditions of ultra fine grinding of sericite with sand mill were suggested as follows : grinding time 6h , slurry density 40 % , addition quantity of grinding aid agent 0.20 % .

CM51型超细粉碎设备，在我国非金属矿超细粉碎工艺中得到广泛应用。

CM51 extra-fine pulverizers have been widely applied in extra-fine crushing of non-metallic ores in China .

中药粉碎设备的研究及应用

Research and Application Status of Grinding Equipments for Traditional Chinese Medicine

农作物秸秆物料特性及粉碎设备的研究

Crop Sraw Characteristic and Present Study of its Breaking Plants

基于剪切原理的湿法粉碎设备机理研究

The Mechanism of Disintegrator in Wet Processing Based on Shearing

中药粉碎设备中气流分级器的研究

Study on the Airflow Classifier in Comminution Equipment of Traditional Chinese Medicine

料层挤压粉碎设备的技术特性分析

The Analysis of the Technical Properties of Material Layer Pressing Grinding Equipments

国外湿式粉碎设备简介之三&MICROS超微粉碎机

Introduction of Abroad Wet-type Pulverizing Equipments ( 3 )── MICROS Super Fine Mill

模糊逻辑在粉碎设备磨机负荷控制中的应用

Fuzzy logic for load control of the grinding mill

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 .

本课题的机理分析和实验研究为今后高压微射流粉碎设备的研究提供可供参考的依据，并为进一步研究奠定了基础。

This research affords reliable reference and provides scientific basis for further development .

惯性圆锥破碎机是高效重负荷粉碎设备。

The inertia cone crusher is a high efficiency and heavy load crushing equipment .

分析了影响工艺性能的几个工艺参数，提出我国气流粉碎设备的发展方向。

This article also raise the developmental direction of jet mill in our country .

页岩烧结砖粉碎设备的比较和选择

Choice for crush equipment in fired shale brick

超细粉碎设备的研究进展

Advances in research of super-pine crush equipment

粉碎设备的正确选择和使用是页岩烧结砖厂节能降耗、降低成本、提高产量、保证质量的重要保证。

Correct choice and use can save energy and cost , and improve product quality .

国外精细化工行业的新型粉碎设备

New Grinding Devices of Fine Chemical Abroad

本文还对各种粉碎设备采取的原料粉碎工艺进行了比较，从中选出了比较经济的粉碎工艺。

Finally , the article raises the economic crushing processes by comparing the crush processes of crush equipment .

基于高剪切原理的湿法粉碎设备在谷物类原料的处理中有着重要的应用。

The pulverization equipments in wet processing based on high-shearing are used widely in the produce of grain .

介绍了几种典型粉碎设备的结构、原理、特点、应用及粉碎设备的选择原则。

Structure , principle , properties , and application of some pulverizers and their choosing principles were introduced .

以盘式搅拌磨为超细粉碎设备，系统地研究了粉碎法制备超细煤系煅烧高岭土粉体的工艺参数。

Processing parameters during the preparation of ultra-fine calcinated coal kaolin powder were studied by using wet stirred mill .

该机结构简单、产量高、易清洗，是目前最理想的粉碎设备。

With simple structure , high output and easy cleaning , this machine is the most ideal crushing equipment at present .

胶体磨、高剪切式粉碎机和刀片式粉碎设备都是基于剪切原理的食品物料湿法粉碎设备，但其工作原理有所不同。

This paper analyses the mechanism of the shattering in wet processing , and discusses the principle of how these equipments work .

自上世纪70年代至今，新型粉碎设备不断诞生，粉碎工艺不断改进，在各方面都取得了突破性进展；

It has made tremendous progress in all aspects because of appearance of new equipments and comminution processes from 70s in the former century .

本文简要介绍了近年国外新型研磨设备和粉碎设备。为消化吸收引进设备和实现设备技术国产化提供依据。

This paper introduced briefly new grinding devices abroad in order to provide a basis for employing and nationalizing the corresponding devices and technology .

介绍一种连续超微粉碎设备气流式粉碎机&气流磨被应用在粉状活性炭后处理成品炭粉碎上。

The paper introduced a continual and ultra-fine grinding machine called jet mill , which can be used on after treatment of powder active carbon .

选择粉碎设备时必须全面考虑原料的性质、状态、块度的大小、设备处理能力和设备的粉碎方式等因素。

The article concludes that when choose equipment , must consider the raw material performance , grain size , equipment capacity and crushing style and so on .