摘要
立足于旋转磁流体的非磁性矿物分选法,从磁流体微元体模型受力状态出发,对旋转磁流体运动状态进行了分析,以流体力学、铁磁流体力学、离心力学等理论基础为手段,建立旋转磁流体伯努利方程,为旋转磁流体分选法的理论完善和工业应用提供支持.
Starting from non-magnetic mineral separation using rotating magnetic fluid,and focusing on the forces in representative elemental volume of magnetic fluid,the state of dynamics in magnetic fluid is analysed. Based on hydromechanics,ferrohydromechanics（FHD）,centrifugal mechanics,etc,the Bernoulli eguation in rotating magnetic fluid separation is established. All of these tasks would help to improve the theories and industrial application of rotating magnetic fluid separation.
出处
《河南科学》
2014年第1期47-49,共3页
Henan Science
基金
昆明理工大学金川集团校企基金资助项目(6488-20120021)
关键词
旋转
磁流体
分选
伯努利方程
rotating
magnetic fluid
separation
Bernoulli eguation
