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Analysis and Experimental Study on Magnetic Fluid Seal Mechanism

机译:磁流体密封机构的分析与实验研究

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The authors put forward a new design of experimental setup in order to study the mechanism of magnetic fluid seal, and used Ansys to simulate the magnetic field distribution in the setup, the results prove its rationality. The experiment to study the way of pressure transmission has been done on the experimental setup. The experimental conclusion shows that pressure transmission is based on the recoverability of the magnetic fluid seal. When pressure exceeds the ability of the seal stage, there is a leak path in the magnetic fluid, and then the gas flows to the next stage, after that, the leak path disappears. Pressure transmits from one seal stage to the next one in this way.
机译:作者提出了一种新的实验设置设计,以研究磁流体密封的机制,并使用ANSYS模拟设置中的磁场分布,结果证明了其合理性。研究了研究压力传动方式的实验已经在实验设置上完成。实验结论表明,压力传递基于磁流体密封的可回收性。当压力超过密封级的能力时,磁性流体中存在泄漏路径,然后将气体流到下一阶段,之后,泄漏路径消失。以这种方式从一个密封阶段从一个密封阶段传递到下一个密封阶段。

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