1)  hydrophobic flocculation
机械夹带
1.
The results show that hydrophobic flocculation must be important step of the flotation of the ultra-fine valuable minerals; when collectors are used and that slime of serpentine may easily fill up into these loose flocs and go into the concentrate with the valuable minerals.
在确定疏水絮凝为微细粒铜镍矿物浮选的重要过程的同时 ,借助OLMPUS矿物显微镜水中观测结果分析 ,推断部分脉石矿泥被有用矿物疏水絮团机械夹带一起进入精矿是精矿中MgO含量降不下去的主要原
2)  carry-over slag
机械夹带铁
3)  machine
机械
1.
Ehance the Machinical Equipment Management and Increase the Road Machine the Utilization;
加强机务管理 提高筑养路机械利用率
2.
The application of construction machine in the rural roads;
浅谈农村公路施工机械的使用
4)  Machinery
机械
1.
Discussion on Electroplating Wastewater Treatment of Machinery Industry;
浅谈机械行业电镀废水的治理
2.
What is machinery industry offering textile recycling?;
机械工业在纺织品回收利用领域的作用
5)  mechanism
机械
1.
Aimed at the serious problems of scale buildup on down-hole casing in water injection well, the mechanisms of scale buildup are studied.
根据结垢的硬度、厚度不同,设计了水力—机械刨削和水力—机械钻削2种除垢方法,并研制出了相应的井下除垢工具。
2.
This paper discusses the practicability and importance of lubricant analysis techniques for mechanism wear condition monitoring.
简述了滑油分析技术在机械磨损状态监控中的可行性和重要性 ;介绍了滑油滤与磁探监控技术、滑油光谱分析技术、滑油铁谱分析技术的工作原理与实际应用 ;评析了三种技术的优点与局限性。
3.
The paper discussed the researching procedure,basic structure performance and applicated technology of cement water spraying mechanism.
阐述了灰水喷布机械的研究过程、基本结构性能及应用工艺技术。
6)  Mechanics
机械
1.
According to requirement of motion control experiment teaching in mechanics field,the paper introduces the development of a simple motion control experiment platform for teaching,which provides a cheap platform for motion control practice.
针对机械类专业运动控制实验教学需要,设计了一个简易运动控制平台,为学生实践计算机运动控制知识提供了一个低价位平台。
2.
Facing the hi - speed development of computer technology and the neaessity to integrate it with traditional mechanics, teachers should have an awareness of the goal of the subject design, and should organize the teaching according t.
机电一体化技术的发展要求学生兼备机械和控制技术两方面的知识，并能在学习和实践中将两者有意识的融合起来。
参考词条
补充资料：夹带
分子式：
CAS号：

性质： 在溶剂萃取过程中，两相混合传质以后的分相不充分，造成溶剂相中裹夹水相微细液滴及水相裹夹溶剂相微细液滴的现象，就是所谓的两相“夹带”。夹带将增加萃取剂的损失和降低分离效果。夹带一般是由于萃取时输入能量过大，造成分散相液滴过度粉碎或两相澄清分相时间不够所致。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。