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The model was used to simulate the angular velocity distribution of the liquid Al Si alloy under different magnetic intensity .

在对电磁离心工艺深入分析的基础上，建立了该工艺过程中液态金属角速度分布数学模型·并模拟了不同磁场强度下，液态金属角速度分布·结果表明：为避免铸件产生缩松，在电磁离心铸造过程中，必须有合适的磁场强

General Atomics Electromagnetic Systems division has successfully fired multiple rounds for the first time in a prototype of its new Blitzer electromagnetic railgun air defense prototype system.

通用原子电磁系统部的成功发射了在其新布利策电磁轨道炮防空系统的原型样机首次多轮。

The higher order interpolatory vector basis function combined with MLFMM is applied to analysis the electromagnetic scattering and radiation of electrical-largetargets.

研究开发了一套可视化的实用电磁仿真工具软件，用于分析电大尺寸目标的电磁散射特性。

The centimeter - gram - second electromagnetic unit of inductance,equal to one billionth of a henry.

电磁亨利厘米－克－秒制中感应系数的电磁单位，相当于一亨利的十亿分之一

The c timeter - gram - second electromagnetic unit of inductance, equal to one billionth of a henry.

电磁 亨利厘米－克－秒制中感应系数的电磁单位，相当于一亨利的十亿分之一

In this paper the magnetic distribution character of micro-electro-mechanical relay was analyzed by applying Biot-Savart law and integral equation method. The results of IEM and FEM show the method which used in analyzing three-dimensional stationary magnetic field for Micro-electro-mechanical relay is feasible.

文中应用毕奥-萨伐尔定律和积分方程法，分析了微机械电磁继电器磁场分布特性，计算结果与有限元法结果进行比较，表明所用方法对于微机械电磁继电器三维恒定磁场的分析是可行的。

At the present production conditions,the results of trials showed that centerline segregation and central porosity are improved.

对结晶器电磁搅拌改善大方坯质量进行了工业性对比试验，并对电磁搅拌参数进行了优化，在现有的工艺条件下，达到了改善铸坯中心偏析和中心疏松的目的。

This paper mainly discusses the current EMC( Electro Magnetic Compatibility) condition of the domestic diesel locomotive, for which an EMC solution of the electrical design is also given.

对国内内燃机车电磁兼容的现状做了分析，提出了内燃机车电气设计中的电磁兼容解决方案。

Rotary Installation Import solenoid valve particularly suitable for use in the system need to drop the small places (such as low temperature system, suction pipe solenoid valves).

旋转安装进口电磁阀特别适合使用在系统中需压降小的地方（如低温系统中吸气管路电磁阀）。

Cavities are specific electromagnetic structures, and their scatterings are different from convex objects.

凹形腔体是一类特殊的电磁散射结构，其电磁散射特性不同于一般的凸面体。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。