Magnetorheological elastomer is a new intelligent material, which shows a promising application prospect in the intelligent control area. In the molding of magnetorheological elastomer, vulcanization under magnetic field condition is the critical step. However, the traditionally used vulcanization apparatus cannot be applied in the preparation of magnetorheological elastomer directly for the unavailable magnetic field, uneven pressure, and serious heat dissipation. An improved vulcanization apparatus with magnetic field generator, support device, and temperature control device was designed. To ensure the rationality of the designs, magnetic circuit simulation, thermal simulation, and stiffness consistency test were conducted. Experimental tests showed that the vulcanization apparatus we designed applied well in the preparation of magnetorheological elastomers and magnetorheological elastomer isolator.

中文翻译：

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一种改进的磁流变弹性体硫化装置的设计与应用

磁流变弹性体是一种新型智能材料，在智能控制领域显示出广阔的应用前景。在磁流变弹性体的成型中，磁场条件下的硫化是关键步骤。然而，传统的硫化装置由于磁场不可用、压力不均、散热严重，不能直接应用于磁流变弹性体的制备。设计了一种带有磁场发生器、支撑装置和温控装置的改进型硫化装置。为保证设计的合理性，进行了磁路仿真、热仿真和刚度一致性试验。