1) tube mill
管磨
1.
Length diameter ratio is a key factor affecting the capacity and grinding efficiency of a tube mill.
管磨长径比是影响其产能和产品细度的重要因素 ,在管磨选型时应根据物料特点及产量和指标要求慎重选
2.
Through the transformation of the tube mill and its auxiliary equipment for the purpose of increasing the capacity of the tube mill,this paper makes technical exploration of the ball-distribution scheme,and technical condition,etc.
文章就提高管磨产能而对管磨及附属设备进行改造和对配球方案、工艺技术条件等方面进行了技术探讨 ,并提出了磨矿技术改进的发展方
2) mill tube
磨管
1.
Numerical simulation of the mill tube and the ball charge can be done on these models.
该模型可对振动磨的磨管和磨介的运动进行数字模拟,可用于对振动磨各种动力特性的定量分析。
3) tube,mill head
管磨机磨头
4) casing wear
套管磨损
1.
Method of casing wear prediction for Liuhua mega-extended-reach wells in South China Sea.;
南海流花超大位移井套管磨损预测方法
2.
Summary of casing wear mechanism and test research in deep & ultra-deep well;
深井 超深井中套管磨损机理及试验研究发展综述
3.
In deep drilling process,casing wear is the problem that cannot be ignored.
在深井、超深井钻井过程中,套管磨损有可能导致套管封隔失效和油气井的早期报废。
5) casing abrasion
套管磨损
1.
The complex formations were drilled during the fourth spudding in Sha 84 Well, which resulted in long drilling cycle, multiple trips, and therefore casing abrasion.
沙84井四开井段钻遇复杂地层,钻井周期长,多次起下钻,造成技术套管磨损。
6) off-center wear
杆管偏磨
1.
Study on off-center wear between the sucker rod and tubing of pumping unit in the polymer flooding well;
聚合物驱抽油机井杆管偏磨
2.
Combining the development features and actual produc tion condition in Sanan Oilfield? the article analyzes the causes of off-center wear of casing and sucker rod from casing program, oil recovery technique, production parameter etc.
为此,文章从油井井深结构、采油工艺、生产参数等方面,结合萨南油田开发特点和生产实际情况,分析研究了杆管偏磨现象发生的原因,确定油井生产过程中造成偏磨的主要因素,并提出相应的治理及预防措施,以减少杆、管偏磨现象的发生,对该类油井实施有效的综合治理。
补充资料：管磨机
分子式：
分子量：
CAS号：
性质：见球磨。
分子量：
CAS号：
性质：见球磨。
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