红外复合隐身涂层,infrared composite stealthy coating
1)infrared composite stealthy coating红外复合隐身涂层
1.The design of thermalinfrared composite stealthy coating was that controlling the temperature of the surface coating and the 8 ~ 14μm infrared emissivity.基于红外隐身技术实现的基本原理,提出了热红外复合隐身涂层的设计方案,即控制涂层表面温度和8~14μm波段红外发射率。
2.The experimental result can provide important basis for the practical use ofinfrared composite stealthy coating.本文介绍了红外隐身技术实现的基本原理,探讨了新型热红外复合隐身涂层的制备工艺和初步性能测试,即发射率、降温性能、隔热性能的测试。
2)infrared stealth coatings红外隐身涂层
1.According to the coating life time estimate method by Arrhenius formula, the evaluation criteria of theinfrared stealth coatings degradation was built in the point of emissivity by testing the emissivity change of EPDM/Cu basedinfrared stealth coatings under different temperature by using IR-2 infrared emissometer.从发射率变化的角度建立了红外隐身涂层失效的评价标准。
英文短句/例句
1.Synthesis and Study of Aqueous Thermal Infrared Stealthy Coating for Textile织物用水性热红外隐身涂层的制备研究
2.Preparation of Infrared Camouflage Coatings and Its Compatibility Radar Absorbing Coatings红外隐身涂层的制备及其与雷达吸波涂料的兼容性研究
3.Research on Camouflage Efficiency of IR Stealth Coatings with Different Emissivity at Typical Background不同发射率红外隐身涂层在典型背景中的伪装效率研究
4.The absorbing properties are hardly changed when further coated with the infrared camouflage coatings.雷达吸波涂层与可见光、红外隐身涂层复合后，其吸波性能基本保持不变。
5.Study on the Mechanism of Composite Coating with Low Infrared Emittance and Low Radar Reflectance;红外与雷达波兼容隐身复合涂层的机理研究
6.Research on Painting Effect Evaluation Modeling of Infrared Camouflage Paints红外隐身涂料涂敷效果评估模型研究
7.Study on Low Infrared Emission of Coating in 8～14μm;8～14μm低发射率红外隐身涂料研究
8.Preparation of Microencapsulated phase change materials and its application in IR stealth paint微胶囊相变材料制备及其在红外隐身涂料中的应用
9.Analysis on the Causes of Stealthy Absorbing Coatings Peeling off Aluminum Alloys Surface铝合金表面涂覆隐身吸波涂层脱落原因分析
10.The developments of infrared stealth technology and materials are reviewed.综述了当前红外隐身方法和隐身材料的发展。
11.Evaluation Methods of Infrared Camouflage Performance Based on Camouflage Efficiency基于隐身效率的红外隐身性能评估方法
12.THE WAVE ABSORBING PROPERTY TESTING AND ANALYSIS OF THE MMW COATING STEALTH MATERIAL ?毫米波涂层隐身材料吸波性能的测试研究
13.Preparation and Study of Infrared Radiation Coating with High Emissivity at High Temperature;高温高发射率红外辐射涂层的制备与研究
14.Quality Evaluation of Carbon Fiber Floor Coating with Infrared Thermal Wave Nondestructive Test碳纤维基体涂层质量的红外热波检测研究
15.Analysis of Heat Balance of Continuous IR Heating Oven about Strip Coating带钢涂层连续红外加热炉的热平衡分析
16.Modeling and finite element analysis of thermal barrier coatings in IR NDT热障涂层红外热无损检测的建模和有限元分析
17.Preparation of Paraffin Phase Chang Micro-Encapsulation and Its Application in Thermal Stealthy Coating石蜡相变微胶囊的制备及其在热隐身涂层中的应用
18.Preparation and Properties of Visible Light and Infrared Stealthy Materials;可见光—红外隐身材料的制备与性能研究
相关短句/例句
infrared stealth coatings红外隐身涂层
1.According to the coating life time estimate method by Arrhenius formula, the evaluation criteria of theinfrared stealth coatings degradation was built in the point of emissivity by testing the emissivity change of EPDM/Cu basedinfrared stealth coatings under different temperature by using IR-2 infrared emissometer.从发射率变化的角度建立了红外隐身涂层失效的评价标准。
3)infrared camouflage coating红外隐身涂料
1.The research present situation and development of theinfrared camouflage coatings are reviewed.简单介绍了红外隐身涂料的主要组成,综述了红外隐身涂料的研究及发展现状,提出了红外隐身涂料的发展方向。
4)Thermal IR stealth coating热红外隐身涂料
5)infrared and radar compound stealth红外与雷达复合隐身
1.The critical technology ofinfrared and radar compound stealth is indicated.本文从材料的角度分析了红外隐身和雷达隐身各自需要的条件,指出在采用分层涂覆法时,红外与雷达复合隐身的技术关键是在满足红外隐身层目标低发射率的同时,能让雷达波顺利穿透该层,使雷达波进入雷达隐身层而被有效耗散。
6)infrared stealth composites红外隐身复合材料
1.Analyzed the influence of thermal conductivity on the capability ofinfrared stealth composites based on paraffin microcapsules.分析了导热系数对基于石蜡微胶囊红外隐身复合材料性能的影响,通过添加铝粉改变其导热系数并对改进效果进行验证,结果证明复合材料的红外分割效果得到改进。
延伸阅读
红外辐射涂层分子式：CAS号：性质：在红外波段具有高发射率值或特定选择性辐射特性的涂层。在金属氧化物、碳化物，、氮化物、硼化物中有许多材料可适用于制备红外辐射涂层。一般将在短波红外段发射率值较小而在长波红外段发射率值很高的涂层叫作远红外辐射涂层，这种涂层常用于远红外加热器中。在整个红外波段均有很高发射率值的涂层被称之为高效率红外辐射涂层，常用于制造红外加热器，再入航天器的防热涂层等，还可以用于高温窑炉内衬涂敷，以强化辐射传热。
