1.
A Numerical Study on the Characteristic of Electromagnetic Wave Absorbing for Composite Material with Core-shell Particles;
核壳粒子复合材料电磁波吸收层的吸波特征数值模拟
2.
Taking geometric figure, plural layers impedance to design for electromagnetic wave absorb effect explore.
以几何图形、层阻抗匹配等做为电磁波频宽及吸收效果之探讨。
3.
Studies on Power Absorption of High Frequency Electromagnetic Waves in Partially Ionized Plasma Layer under Atmosphere Conditions;
高频电磁波在大气等离子体层中的传播和吸收的研究
4.
radio-radar absorber
无线电雷达电磁波吸收剂
5.
classical theory of scattering and absorption of electromagnetic wave by electron
电子对电磁波散射和吸收的经典理论
6.
Microwave Absorbers Based on Local Resonance of Metamaterials
基于Metamaterials的谐振型电磁波吸收材料
7.
Theoretical study on the interface effect of the particles on the electromagnetic wave Absorbing characteristics for the electromagnetic composite material
吸收剂颗粒界面效应对电磁波吸收性能影响的理论研究
8.
An LSE algorithm for troposphere absorption loss
雷达电磁波大气吸收损失最小二乘拟合算法
9.
Research on metal fiber composite absorption characteristic of electromagnetic wave
金属纤维复合材料的电磁波吸收特性的研究
10.
Study on shielding functionally gradient materials with low reflection loss and high absorption loss for electromagnetic wave
低反射高吸收梯度电磁波屏蔽复合材料研究
11.
Research of Microwave Absorption Property of Iron-based Magnetic Alloy Powders;
抗电磁干扰铁系合金粉微波吸收特性研究
12.
COMPARISON OF MICROWAVE ENERGY ABSORPTION IN CHILDREN AND ADULTS
微波暴露下儿童与成人电磁能量吸收比较研究
13.
The Study on Electromagnetic Characteristic of Shielding Materials and Functionally Gradient Design for Low Reflection and High Absorption;
电磁波屏蔽材料的电磁特性研究及低反射、高吸收梯度功能设计
14.
Study on the Electro-Magnetic Parameter and Mircowave Absorption Property of Carbon Nanotuber Composties;
碳纳米管复合材料的电磁参数与吸收电磁波性能的研究
15.
Ionospheric loss of high frequency radio wave propagated in the ionospheric regions
电离层对高频电波吸收衰减的影响研究
16.
By a quarter of wave length commutator principle, combining with electromagnetic wave absorb of filling material.
利用四分之一波长转换器原理，结合填充材制成电磁波吸收体。
17.
Protons are capable of absorbing energy if exposed to electromagnetic energy at the frequency of oscillation.
如用与质子振动频率相同的电磁波激发它时，质子就能够吸收能量。
18.
Preparation and microwave electromagnetic characteristics of coiled carbon fiber chiral radar absorbers
螺旋形碳纤维手性吸收剂的制备及其微波电磁特性研究