球磨机采用橡胶衬板代替锰钢材板具有许多优点。
It was benifit to use the rubber lining instead of the manganese steel lining in the ball crusher.
主要介绍了如今陶瓷工业中球磨机的技术进展情况。
This paper mainly describes the technical developments in ceramic ball mill.
粉状物通过卸料箅板排出，完成水泥球磨机粉磨作业。
Powder through the discharge grate discharge ball mill grinding cement, complete.
采用振动球磨机对粗颗粒金属钨粉进行超细粉碎研究。
The study of ultra fine comminution is carried out by using vibration mill and coarse tungsten powder as original material.
球磨机在习惯运行状态下工作，功率消耗大，磨矿费用高。
When ball mills are working in common running state, power consumption is large and grinding cost is high.
通过控制热、冷风量的比值实现对球磨机入口负压的控制。
It controls the inlet negative minus pressure via the quantity ratio of hot and cold winds.
根据实测功耗，研究球磨机细磨的能耗规律并进行了分析。
According to the real power consumption, the power consumption pattern of fine grinding have been analyzed and studied.
通过机理分析法建立了球磨机中储式制粉系统的动态数学模型。
Dynamic mathematical model of ball mill pulverizing system with storage bunker is obtained by mechanism analysis.
该系列产品被广泛应用于矿山球磨机、棒磨机、磨煤机等的传动。
This series motors can be applied to ball mill, rod mill, coal mill and so on.
对球磨机中磨球的工作情况、受力情况及失效形式进行了分析研究。
The service condition, the strained status and the failure form of the grinding balls in mill were analyzed and studied.
磨球的冲击功与球磨机直径、转速、脱离角、磨球直径和材质有关。
Impact work of grinding ball depends on the diameter and revolutions of mill, the release Angle, diameter and materials of balls.
依据现代设计方法，基于绿色设计思想提出了无球磨机的开发模式。
The development mode of non-ball mill was put forward based on the green design idea and modern design means.
应用于使用磁性衬板的球磨机与分级机之间，可提高返砂比和磨矿效率。
When it is used between ball mill mated with magnetic liner and classifier, the underflow ratio and grinding efficiency are increased.
对于球磨机这种特殊设备，其生命周期很长，有些甚至可以达10年之久。
For ball mill this special equipment, its life cycle is long, some can even for 10 years.
中储式球磨机制粉系统是一个多变量、强耦合的对象，数学模型难以建立。
Tube mill pulverizer system is a multi variable and strong coupling process, which is difficult for mathematical model establishing.
中储式球磨机制粉系统是一个多变量、强耦合的对象，数学模型难以建立。
Tube Coal Mill System with Intermediate Storage Bunker is a process of multi-variables, strong coupling and very difficult to establish mathematical models.
介绍氧化锆球磨机风选分级收集系统，特别是系统中离心式超细分级机的特点。
The system which is applied to grader the Zirconium dioxide superfines after ball milling is introduced, specially the features of the centrifugal grader.
在此基础上，为节约生产成本，对球磨机的关键尺寸进行优化，得出了优化方案。
On this foundation, essential sizes of the mill and the optimization plan in order to save production cost.
将模糊控制应用于球磨机噪声的控制，实现了选矿厂球磨机给矿的模糊在线控制。
A fuzzy model was applied to control the ball mill noise, then, an online fuzzy control of material feeding of ball miller can be actualized.
此外，还考察了球磨条件包括气氛、球磨机转速等对球磨过程中结构变化的影响。
The influence of milling condition, such as atmosphere and rotation speed of milling on the structure variation has also been investigated.
正交试验表明四个因素的主次顺序为：磨球级配、球磨机转速、球磨时间、球料比。
The sequence of the factors was determined by orthogonal experiments: ball gradation, milling rotational speed, ball milling time, and ratio of ball to powder.
分析了球磨机内研磨体对物料的作用，提出了球磨机粉磨作业中物料选择函数的求法。
The author presents us with a solution to the material selection function in the ball mill's grinding after analyzing the action of grinding medium on material.
利用模拟球磨机工矿条件的高能冲击磨损实验装置研究了高能冲击磨损中材料的几种磨损机制。
The wear mechanisms of materials in impact wear with high energy were investigated in the paper by using a tester simulating the conditions of mills.
高能球磨机的转速不会影响磨球与磨筒壁的脱离点，只会影响磨球对粉体的撞击力及撞击频率。
The ball mill′s rotational speed can only affect the impact force and frequency and has no influence on its separation point between balls and mill wall.
影响球磨机经济运行的因素较多，首先是钢球和衬板由于选材和匹配不当，磨损严重、消耗量大。
The factors which influence the ball mill operating economically is more. First, the wear consumption of steel sphere and backing sheet is serious.
在对湿式球磨机特性及其传统控制进行分析的基础上，提出了基于数据融合技术的智能控制策略。
Base on the analysis of properties of wet ball mill and the classical control strategy, an intelligent control strategy base on data fusion is presented.
提出了煤粉球磨机综合极值控制问题，研究了将仿人智能控制与模糊控制相融合的智能控制算法。
We present a composite extreme value control problem of the coal powder ball fanning mill, and propose a simulating human-behave intelligent fuzzy control algorithm.
本文介绍了氧化铝陶瓷球、衬在釉浆球磨中的应用，并对影响球磨机效率的几个因素进行了研究。
In this paper, the application of alumina ceramic grinding balls and linings to fine grinding glaze slip was introduced and some factors that affected the efficiency of ball-mill were studied.
本文介绍了氧化铝陶瓷球、衬在釉浆球磨中的应用，并对影响球磨机效率的几个因素进行了研究。
In this paper, the application of alumina ceramic grinding balls and linings to fine grinding glaze slip was introduced and some factors that affected the efficiency of ball-mill were studied.
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