Based on the electromagnetic scattering theory of dielectric wire and effective medium theory, the formula of the effective dielectric constant of metal wire-dielectric composites is derived.
基于介质圆柱电磁散射理论和等效介质理论，导出了金属柱微粒-电介质复合材料的等效相对介电常数的表达式。
The influence of peak current on finishing high-speed wire electrical discharge machining (WEDM) in gas and emulsion dielectric is studied.
研究了在大气和乳化液两种介质中，峰值电流对高速走丝电火花线切割加工的影响。
Wire antennas mounted on complex platform combined with conducting and dielectric objects are analyzed in this paper.
该文分析了导体介质复合结构平台上线天线的辐射问题。
Numerical results show that the method proposed in this paper is accurate and effective for the vertical thin-wire antennas above lossy or lossless dielectric half space.
数值结果表明本文运用的方法对分析垂直于地面以及有耗或无耗介质半空间上的线天线是有效的。
The polypropylene film as the dielectric and aluminum foil as the electrode, series structure, epoxy resin coated and radial CP wire.
采用聚丙烯膜作介质，铝箔作电极卷绕而成的串联结构型式，环氧树脂包封，单向引出。
A new WEDM (Wire Electrical Discharge Machining) technology for finishing cut has been developed, in which gas has been used as a dielectric instead of water.
用气体介质代替液体介质，开发出了一种新型的电火花切割精加工工艺。
Different dielectric material, metal wire separation, metal level separation and current density for impact of multilevel metal interconnects are calculated in detail.
研究了多层金属互连网络的热学模型，详细计算了不同的介质材料、金属线间距、金属层间距和电流密度对多层金属互连线温度分布的影响。
An IC chip is mounted by flip chip or wire bonding or adhesive connection on the face of the metal substrate which has the dielectric coating thereon.
IC芯片以倒装焊接或金属线焊接或粘贴连接安装于金属基片的有介质涂层的表面。
The polypropylene film as the dielectric and aluminum foil as the electrode , non-inductive construction, epoxy resin coated and radial CP wire.
采用聚丙烯膜作介质，铝箔作电极卷绕而成，无感结构，环氧树脂包封，单向引出。
To analyze the formation of surface discharge on a dielectric plate under positive nanosecond impulse voltage in air, a wire to plane electrode system with a barrier of negative film was used.
采用感光胶片作为阻挡介质的针-板放电系统，解析空气中固体电介质上纳秒正脉冲表面放电的形成过程。
To analyze the formation of surface discharge on a dielectric plate under positive nanosecond impulse voltage in air, a wire to plane electrode system with a barrier of negative film was used.
采用感光胶片作为阻挡介质的针-板放电系统，解析空气中固体电介质上纳秒正脉冲表面放电的形成过程。
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