1) ultra-fine comminution with water jet
水射流超细粉碎
2) water jet comminuting
水射流粉碎
1.
The work introduction involves the research on the principle of saturated saltwater jet comminuting technology and a newly devised water jet equipment.
高压水射流粉碎技术是近年发展起来的一项新型粉碎技术。
4) turbulence superfine mill
湍流超细粉碎机
1.
In order to improve the processing results of a turbulence superfine mill, it is necessary to cognize the flow field frame and flow state in the concave.
为了认识粉碎腔内的流场结构和流动状态,提高粉碎设备的加工效果,本文中根据湍流超细粉碎机的实验设备,建立了单曲率叶型的曲线方程,并借助先进的CFD技术,在FLUENT软件中,对用Pro/ENGINEER建立的计算模型进行了验证,模拟了两种不同叶型时湍流超细粉碎机粉碎腔内的单相三维紊流定常流场,直观显示了粉碎腔内的速度分布特性及两种叶型时粉碎腔内速度的区别,为认识粉碎腔内的流场结构和叶型的改进提供了直观的模拟结果。
5) ultrafine airflow smashing
超细气流粉碎
1.
The several key research tasks relating to basic theory of ultrafine airflow smashing technology at home and abroad were elaborated,moreover the research and development present situation of the ultrafine airflow smashing installation were introduced.
阐述了国内外超细气流粉碎技术基础理论的几个重点研究课题,并介绍了近期超细气流粉碎设备的研究与发展现状,得出结论,无论从基础理论研究上,还是从设备的生产制造上,国内至今还落后于国外。
6) ultra-fine grinding
超细粉碎
1.
Progress of ultra-fine grinding and classifying techniques in China;
中国超细粉碎和精细分级技术现状及发展
2.
Through experimental studies on ultra-fine grinding of molybdenite,it can be found that there is the effect of density in grinding,the ratio of ball to ore,ball distribution,rotating speed of mill, the consumption of dispersant,grinding time on grinding process.
对润滑剂级辉钼矿进行超细粉碎研究,研究了磨矿浓度、球矿比、球径配比、搅拌转速、水溶分散剂用量、磨矿时间对超细磨矿结果的影响。
3.
The present states of the ultra-fine grinding technology and equipment for non-metallic ores are reviewed in recent years in China.
综述了我国近年来非金属矿超细粉碎技术和设备的发展现状 ,指出了制约国内技术和设备发展的几个问题 ,结合超细粉体粒子微细化、表面活性化、用途功能化、组成高纯化、产品系列化的性能要求 ,提出了我国超细粉碎技术今后的发展方向。
补充资料:细粉碎
分子式:
CAS号:
性质:一种粉碎过程。一般进料尺寸为20~100mm,其粉碎比为5~7。
CAS号:
性质:一种粉碎过程。一般进料尺寸为20~100mm,其粉碎比为5~7。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条