电磁搅拌器 electromagnetic agitator ; magnetic stirrer ; electromagnetic stirrer ; magnetic stirring
六点电磁搅拌器 Position Magnetic Stirrer
十二点电磁搅拌器 Position Magnetic Stirrer
电磁搅拌技术 Electro magnetic stirring Technology
凝固末端电磁搅拌 FEMS
电磁搅拌设备车间主管 Retelic Supervisor
双向电磁搅拌 reversible electromagnetic stirring
连铸电磁搅拌 electromagnetic stirring of continous casting
末端电磁搅拌 Final Electromagnetic Stirring ; FEMS
结晶器电磁搅拌 mold electromagnetic stirring ; electromagnetic stirring in-mould
Firstly, an electromagnetic stirring unit for experiment with a single coil was designed in this paper.
本文首先设计了单个线圈进行电磁搅拌的实验装置。
参考来源 - 连续式电磁搅拌制备ZL112Y铝合金流变半固态浆料的工艺研究及装置设计Based on the formerly research about the optimization for the piled material ,this article will discuss how to increase the toughness of the piled metal on the condition of having super hardness through electromagnetism stirring and . modification.
本文在前期工作对堆焊材料合金系统进行优化的基础上，采用电磁搅拌和微合金化变质处理这两种方法来进一步提高堆敷金属的韧性。
参考来源 - 超高硬度堆敷金属强韧化的组织设计Laser cladding has been used as a method to making blade, and EMS also has been utilized to improve the laser cladding layer. It will reduce the cost of making blade.
本文将激光熔覆技术应用到化纤切断刀的制备中,并利用电磁搅拌技术来提高切断刀熔覆层质量,将可以降低切断刀的制造成本。
参考来源 - 电磁搅拌辅助激光熔覆化纤切断刀的初步研究The main results are as follows:The main phenomena of the primary dendrite are of dendrite fracture,spheroidiziation and agglomeration of the particles by heat preservation electro-magnetic stirring.
实验主要研究结果为：在等温电磁搅拌时初生枝晶发生断裂、球化和颗粒聚集；连续电磁搅拌下，搅拌使初生相向球形转化。
参考来源 - 半固态电磁搅拌对ZA27合金组织及性能的影响研究A new kind of technique to reform the flow field using baffle was designed and put into use by the flow field analysis of electromagnetic stirring on the basis of ANSYS. It is shown that the effect was marked.
运用工程计算软件ANSYS对电磁搅拌下的流场进行了分析，提出了使用挡板改善流场的工艺，并设计使用了一种复合挡板，取得了显著的效果。
参考来源 - 电磁搅拌法制备铝/电气石复合材料的研究·2,447,543篇论文数据，部分数据来源于NoteExpress
电磁搅拌还在一定程度上改善了铝钛硼中间合金的细化效果。
The electromagnetic stirring can improve refining effect of al ti B master alloys to some degree.
干滑动摩擦磨损实验表明：施加电磁搅拌后，复合材料的耐磨性能提高。
The dry friction experiment showed that the wear resistance of the composite was greatly improved by electromagnetic stirring.
由于工业现场存在大量干扰，尤其是电磁搅拌转置的使用，使得干扰比有用信号强很多。
Because there are so many interferences in the industry, especially the electromagnetic stirring make the noise is more greater than the useful signal.
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