1) vibration pulsed magnetic separator
脉冲振动磁场磁选机
2) vertical magnetic separator with pulsating vibration magnetic field
立式脉冲振动磁场磁选机
1.
The experiment and industrial application of recovering iron concentrate from pyrite cinder with vertical magnetic separator with pulsating vibration magnetic field were introduced.
介绍了立式脉冲振动磁场磁选机选别硫酸渣(黑渣)试验及工业生产情况,探讨了硫酸渣利用存在的问题及发展方向。
3) pulse vibrating magnetic field
脉冲振动磁场
1.
Final concentration with magnetic separation,magnetic counter-floatation and gravity concentration shows that LMC series vertical magnetic separator with pulse vibrating magnetic field can greatly improve the grade of iron concentrate and decrease the grade of SiO2 at the same time.
结果表明,用LMC脉冲振动磁场磁选机可较大幅度提高磁铁精矿品位,降低SiO2品位。
4) Vibrating magnetic separator
磁振动磁选机
5) pulsating magnetic field
脉振磁场
1.
So the saturated steady operation mathematical model of pulsating magnetic field PM low speed synchronous motor is constructed under phase coordinate system.
脉振磁场永磁低速同步电动机是一种新结构原理的永磁同步电动机。
2.
The pulsating magnetic field PM low speed synchronous motor is a type of PMSM with novel structure and principle.
脉振磁场永磁低速同步电动机是一种新结构原理的电机。
3.
This paper introduces a novel motor pulsating magnetic field permanent magnet low speed synchronous motor,which has some characteristics as high pole number,less than one slot per pole,and each phase winding independent.
脉振磁场永磁低速同步电动机是一种新型电机,具有极数多、每级槽数接近1、每相绕组独立的特点。
6) pulsed magnetic field
脉冲磁场
1.
Experimental research on the disposal of sewage containing bacterium by pulsed magnetic field;
脉冲磁场处理含菌废水的实验研究
2.
Microstructure and mechanical properties of (Al_2O_3+Al_3Zr)_p/Al composites in-situ synthesized under pulsed magnetic field;
脉冲磁场下原位合成(Al_2O_3+Al_3Zr)_p/Al复合材料的微观组织及力学性能
3.
Sterilization effect of pulsed magnetic field and its influence on milk nutrient components;
强脉冲磁场对牛奶的杀菌效果及其营养成分的影响研究
补充资料:振动选骨机
分子式:
CAS号:
性质:分选不同类别骨粒的设备。主要部件为振动筛,所需压缩空气从下方送入。破碎的骨粒输入振动筛后,受筛的振动和压缩空气的作用被轻微托起并向前移动。依据不同类别的骨粒不同密度,硬骨、软骨和筋等在振动筛不同位置的筛孔中分别落下而得以分离。
CAS号:
性质:分选不同类别骨粒的设备。主要部件为振动筛,所需压缩空气从下方送入。破碎的骨粒输入振动筛后,受筛的振动和压缩空气的作用被轻微托起并向前移动。依据不同类别的骨粒不同密度,硬骨、软骨和筋等在振动筛不同位置的筛孔中分别落下而得以分离。
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