stealth material

Radiation Character Test and Analysis of the 3 mm Coating Stealth Material

3mm波段涂层隐身材料辐射特性测量研究

Present status of intelligent stealth material

智能隐身材料的研究现状

The design of visible light stealth material

可见光隐身涂料设计

Then the radiometer antenna temperature of coating stealth material was modeled .

在此基础上建立了涂层隐身材料的辐射计天线温度模型。

Radar stealth material study

雷达隐身材料技术研究

According to this traits , we made carbon clust er-like microwave stealth material .

利用该特性制得了碳团簇型微波隐身材料。

Two hot issues of infrared radiation materials are reviewed : one is energy saving material with high emissivity , the other is stealth material with low emissivity .

前言：对当前红外辐射材料的两大研究热点，一是民用领域的高发射率红外节能材料，二是国防用途的低发射率红外隐身材料的研究现状作了综述。

With the emergence and development of left-handed materials , the stealth material also entered a new stage of development & the design and investigation of invisibility cloaks .

随着左手材料的出现与发展，隐身材料也进入了一个全新的发展阶段&隐身斗篷的设计与研究。

Based on the normalization principle of reflectivity and emissivity of millimeter wave stealth material with its transmissivity being neglected , a new method was proposed to test the reflectivity and emissivity of wave absorbing material using a MMW scanning radiometer .

忽略物体的透射率，并根据毫米波隐身材料反射率与发射率归一化的原理，提出一种新的测试方法，即采用毫米波扫描式辐射计测量吸波材料的发射率与反射率。

The brightness temperature denotes the objects radiation characters . After those models the radiometer antenna temperature of the coating stealth material using the theory of electromagnetic field . This model proposes the quantitative relations among the antenna temperature , material thickness , material relative permittivity and material relative permeability .

在完成理论准备后，利用电磁场理论建立了隐身涂层材料的天线温度模型，给出了天线温度与涂层材料的厚度、相对介电常数、相对磁导率之间的定量关系。

Studies on carbon cluster - like microwave stealth function material

碳团簇型微波隐身功能材料的研究

Development of Radar Stealth Coating Material

雷达隐身涂料的发展现状

Compound can serve as a new type of electromagnetic " stealth " material because of its excellent absorbing wave properties .

复合物表现出优越的吸波性能，可以作为新型电磁隐身材料。

So the material stealth technology develops , the stealth material divides into the painting absorbing material and the structure absorbing material generally .

这样材料隐身技术就发展起来，隐身材料一般分为涂敷型吸波材料和结构型吸波材料。

The stealth technology divides into the figure stealth technology and the material stealth technology .

隐身技术分为外形隐技术和材料隐身技术。

The third , it analyzed a series of influencing factor on laser stealth performance . At last , it discussed the possibility that some materials are made of laser stealth material , and trend of development on multifunctional stealth materials .

分析了激光隐身性能的一系列影响因素，探讨了一些材料作为激光隐身功能元的可能性，及其在多功能隐身材料方面的发展趋势。

Stealth technique is generally used in military area . The basic principle of stealth technique is introduced , the development and application of new technique for radar stealth material is mainly illustrated , and some conception for the future is given .

隐身技术普遍应用于军事领域，首先介绍了雷达隐身技术的基本原理，重点阐述了雷达隐身材料新技术的发展及应用，并且提出隐身材料技术的几点构想。