The nano-NiCu ferrite was a new kind of applying microwave absorption materials.
镍铜铁氧体是一种有应用价值的新型微波吸收材料。
Many kinds of microwave absorption materials (MAM) have been studied with the objective of solving the EMI problems.
为了解决电磁干扰问题，人们研究了多种微波吸收材料。
The microwave absorption of some organic solvents and binary system solutions was studied at 9590 MHz and room temperature.
在9590兆赫和室温下，研究了一些有机溶剂和二元体系溶液的微波吸收。
Rare earth doping can change their microstructure and electromagnetic parameters so that their microwave absorption capability could be advanced.
稀土元素的掺杂可以改变它们的微观结构，从而使其电磁参数有较大变化，有望提高其吸波性能。
The decay rule of photoelectrons in sensitized cubic AgCl microcrystal is obtained by microwave absorption dielectric spectrum detection technique.
利用微波吸收介电谱检测技术测得了还原增感立方体氯化银微晶光电子衰减随增感条件的变化规律。
The inductive effect index was introduced to represent a quantitative relationship between molecular structure of homologous com pounds and microwave absorption.
首次使用诱导效应指数来表达同系化合物的分子结构与其微波吸收之间的关系。
Based on the concept of activation energy and microwave absorption power density, the formula of diffusion coefficient due to the effect of microwaves is derived.
利用活化能的概念和微波吸收功率密度表达式得到微波作用下的扩散系数表达式。
The influences of ionic substitution on the structure, static magnetic characteristics and microwave absorption properties of hexaferrite were summarized in detail.
综述了离子取代与六角铁氧体结构、静磁特性、微波吸收性能的关系。
The results show clearly that the microwave absorption of dispersions of metallic ultra fine grain relates to particle size, coating thickness, and method preparation.
结果表明：金属超细颗粒弥散系的微波吸收与粒度、涂层的厚度及配制方式有关。
This Paper relates the absorption function of microwave absorption coating and the coating preparation, as well as its application in military 'concealment' techniques.
叙述了微波吸收涂料的吸收机理，涂料的制备及其在军事“隐身”技术中的应用。
As dielectric constant of samples decreases with increasing the ball milling time, impedance matching becomes better and the performances of microwave absorption are promoted.
由于随球磨时间增加样品介电常数下降，使得阻抗匹配变好，样品的微波吸收性能提升。
As dielectric constant of samples decreases with increasing the ball milling time, impedance matching becomes better and the performances of microwave absorption are promoted.
由于随球磨时间增加样品介电常数下降，使得阻抗匹配变好，样品的微波吸收性能提升。
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