Conducting Polymers(CPs) as Electrochromic Materials and Their Applications in Spacecraft and Military Camouflage;
导电高分子电致变色材料及其在飞行器和军事伪装中的应用
Applying of the new chemical materials in the stealing and camouflage technology;
隐身伪装技术与化工新型材料的应用
The Relation Model and its Solution for Camouflage Index and Survivability;
伪装指数与生存能力的关系模型及求解
Malingering analysis of the appraising cases with head injuries;
脑外伤精神伤残鉴定案例中伪装分析
The Comparison of RSPM Performances between the Head Injured Patients with and without Malingering;
伪装与非伪装脑外伤患者瑞文标准推理测验结果分析
In view of the commonly existing situation that commercial residential buildings are disguised for sale in our country, the relationship among original, packing and disguise are set forth.
针对目前我国住宅商品房营销中普遍存在的伪装现象 ,阐述了商品房营销中原装、包装和伪装三者的关系 ,指出作为特殊产品的住宅商品房的原装概念 ,着重强调包装是艺术地营销真实的住宅产品 ,以求真实性与艺术性完美结合 ,并分析了当前伪装现象所采用的手段、根源与管理对
Thus, this paper introduces an easy, efficient NAT based way to make a PnP-able network by means of ARP disguise and NAT extension.
本文介绍的PnP网络通过使用ARP伪装和NAT扩展的方法,给使用静态或者动态配置的主机提供了一种快速上网的途径。
As a new kind of man-made structure function material, photonic crystals could realize thermal infrared camouflage because of its high-reflection photon forbidden band.
光子晶体作为一种新型人工结构功能材料,基于光子禁带的高反射特性可以实现热红外伪装。
The study of infrared camouflage fabrics has given rise to a great attention in the military affairs in the world.
红外伪装织物的研究历来都受到各国军方的高度重视。
Thermal infrared camouflage has very important value in the military affairs.
热红外伪装具有重要的军事意义，现有的热红外伪装高分子材料以涂料为主，存在的主要问题是高分子链的极性基团造成发射率太高，非极性高分子材料聚烯烃虽然难以作为涂料使用，但可以作为薄膜使用。
A triple-layer radar absorbing coatings composed of dielectric and magnetic materials were prepared according to resistance matching principal,which is then further coated with an infrared and visible light camouflage coatings.
依据阻抗匹配原理制备了一种3层雷达吸波涂层,并在吸波涂层表面喷涂一定厚度的可见光、红外伪装涂料,比较了喷涂伪装涂料前后涂层吸波性能的变化。
Study and development of wave-absorbing camouflage coatings,camoufl age coatings and multiwave camouflage coatings are mainly introduced.
主要介绍了吸波隐身涂料、伪装涂料和兼容性多频谱隐身涂料的研究与发展状况,指出了隐身涂料应用研究的重点。
The Kubelka-Munk s law was used to match colors with green camouflage coatings by the use of semi- conductor pigments and conventional pigments.
通过Kubelka—Munk配色定律将低发射率半导体颜料与着色颜料混合制备了林地型绿色伪装涂料,该绿色伪装涂料的光谱曲线满足美军标的光谱通道要求,同时具有较低的热红外发射率,解决了伪装涂料在光学和红外波段的兼容性问题,具有很好的应用前景。