1.
The Equal Calculation of the Electromagnetic Medium Additional Field and Discussion;
电磁媒质附加场的等效计算及其讨论
2.
Measuring Method and Experimental Study on the Permittivity of Complex Media;
复杂电磁媒质介电系数测量方法及实验研究
3.
Partial focusing by indefinite complementary metamaterials
各向异性人工电磁媒质成像的实验验证
4.
Automatic Detection of Two-Dimensional Near Fields for Metamaterials
新型人工电磁媒质二维近场分布的自动测量
5.
Microstrip Patch Antenna with Waveguided Metamaterial Substrate
基于波导式人工电磁媒质基片的微带贴片天线研究
6.
Analysis on the Propagating Characteristics of Electromagnetic Wave While Passing a Thick Parallel Plate Made of DNG Medium;
电磁波穿过DNG媒质时的传播特性分析
7.
Calculation of Effective Electromagnetic Parameters in Random Mixture Media of Magnetic Iron Fiber
磁性纤维随机混合媒质等效电磁参数的计算
8.
Fudamental Reasearch on Magnetization of Water Medium by Novel Rotating Electromagnetic Heating Machine
新型旋转电磁热机对水媒质磁化作用机理初探
9.
Phase relationship between E and H of uniform plane electromagnetic wave in conductive medium;
导电媒质中均匀平面电磁波的E、H相位关系
10.
The Finite-Difference Time-domain Numerical Simulation of Three-Dimensional Quasi-stationary Transient Electromagnetic Field Response in the Conductive Media
导电媒质中三维似稳瞬态电磁场的FDTD数值模拟
11.
TDCB simulation of electromagnetic waves in multi media regions
多媒质区域中电磁波传播的时域特征波模拟
12.
The Propagation Property of Electromagnetic Waves in Photonic Crystals and Chiral Media;
电磁波在光子晶体和手征媒质中的传输特性
13.
Study on the Dyadic Green s Functions for the Electromagnetic Wave Field in Particular Media;
特殊媒质中电磁波场并矢格林函数问题的研究
14.
Theory and Application of Transient Electromagnetic Field in Cylindrical Medium of Multilayer;
多层圆柱面媒质中瞬变电磁理论及应用
15.
Near-Surface Electromagnetic Scattering of Objects Embeded in a Planarly Layered Medium;
平面分层媒质中浅层埋入目标的电磁散射研究
16.
Comparison of the Properties of Plane Electromagnetic Wave Transmitting in Two Different Media;
平面电磁波在两种不同媒质中传播特性的比较
17.
Research on Media Materials and Electromagnetic Propagation Characteristics in Front of Shield Machine
盾构机前媒质材料与电磁传播特性的研究
18.
Contrastive Analysis LHM with RHM of Electromagnetic Transmission Property
左、右手媒质间电磁传输特性的对比分析