1) centrifugal attritor
离心磨矿机
1.
It is difficult to measure dynamically impact stress and impact strain of centrifugal attritor directly by using existing experiment equipment.
利用现有的实验设备难以对离心磨矿机介质冲击应力、应变进行直接的动态测试 ,本文通过动静转化法 ,先从理论上推导出介质和衬板间的静应变、静应力和动载荷系数 ,然后据此导出动应力、动应变及动载荷的表达式 ,最后通过试验 ,测出介质和衬板间的静应变 ,将理论计算的动应变与同一动载荷大小下实测的静应变进行比较 ,证明了公式的正确性 ,达到利用静态测试检验动态冲击应力、应变的目
2.
Based on study of a simplified model a basic equation, representing the movement of the drum of a centrifugal attritor and the medium, is established, and the mechanical condition of the media ( steel balls) being thrown upward from the drum is also deduced, ie.
通过对离心磨矿机滚筒及介质运动简化模型的分析研究，建立了其滚筒和介质运动的基本方程式；导出了介质（钢球）脱离滚筒被“抛起”的力学条件，即临界转速ｎｅ＝３０／ｅ。
2) centrifugal mill
离心磨矿机
1.
The experimental research of the useful power of centrifugal mill;
离心磨矿机有用功率的试验研究
2.
Based on the mass conservation law, the paper analyzes and studies the working characteristic of a centrifugal mill, establishes the size distribution model of the batching product of the mill, and analyzes and discusses the general solution of the modes, in other word, forecasts the size distribution of the product.
根据质量守恒理论分析研究了离心磨矿机的碎矿特点，建立了离心磨矿机分批产品料度分布模型。
3.
According to the mineral breaking features of centrifugal mill and the grading relation between different mediums,the authors have performed an experimental research on the optimum graduation of the breaking medium by the method of orthogonal analysis.
针对离心磨矿机的碎矿特点 ,按不同的介质级配关系 ,采用正交分析的方法 ,对破碎介质的“最佳级配”进行试验研究 。
3) Centrifugal autogenous mill
离心自磨机
4) centrifugal grinder
离心研磨机
6) centrifugal mill
离心式磨机
补充资料：SL-600型细微物料连续排矿射流离心选矿机
SL-600型细微物料连续排矿射流离心选矿机
SL一600型细微物料连续排矿射流离心选矿机
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