stealth materials
英 [stelθ məˈtɪərɪəlz]
美 [stelθ məˈtɪriəlz]
网络 隐身材料
双语例句
- Advances in Foam Core Sandwich Structure Composites With Absorbing Stealth Materials
泡沫夹芯型吸波隐身结构复合材料的发展趋势 - Survey of the Research and Development for Structural Stealth Materials in Abroad
国外结构隐身材料的研制和发展概况 - The research status and prospect of nano-radar stealth materials
纳米雷达隐身材料的研究现状与展望 - Research Development of Stealth Technology and Stealth Materials
现代隐身技术及隐身材料研究进展 - Stealth Techniques and Stealth Materials for Airplane
飞机隐身技术和隐身材料 - Progressing of Active Visual Stealth Materials Study
主动视觉隐身材料研究的进展 - Study of a Synthetic Fibre Modification Possessed of Characteristics Electromagnetic Shielding Materials and Stealth Materials
一种兼具电磁屏蔽材料及隐身材料特性的合成纤维改性研究 - At last, the application prospects and the future developing trends of stealth materials are put forward with the emergence of new technology and materials.
最后展望了新技术和新材料对隐身材料的应用前景及今后的发展方向。 - To achieve the compatibility, the conflict demands for infrared and laser stealth materials has to be overcome.
要做到红外和激光的隐身兼容，就必须克服两者对材料的一对矛盾要求。 - Research Progress in Infrared/ Radar Compatible Stealth Materials
红外/雷达兼容隐身材料的研究进展 - This paper summarizes the recent development and research for structural stealth materials in abroad, describes the new kinds of structural radar-absorbing materials, and enter into radar-absorbing the manufacturing method which concerns in the performances of radar absorbing materials.
本文综述了国外结构隐身材料的研制和发展概况。着重论述目前国外最新型的结构吸波材料及其与吸波性能有关的最新制造方法。 - Status of Research and Application of Multifunctional Stealth Materials
多功能隐身材料的研究与应用现状 - Theoretical Study of Reflection Coefficient of Multilayer Microwave Stealth Materials
多层微波隐身材料反射系数的理论研究 - 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。 - Research development of laser stealth materials
激光隐身材料的研究进展 - The Study on Carbon Cluster-Like ⅰ, ⅲ and ⅳ Microwave Stealth Materials
碳团簇型Ⅰ、Ⅲ和Ⅳ的微波隐身特性的研究 - This paper analyzes the important positions of stealth materials in stealth technology, and introduces the study of application status of chiral material, nano metrical, electro-conduction polymer, polycrystal femur materials in detail.
分析了隐身材料在隐身技术中的重要地位，较详细地介绍了手性材料、纳米材料、导电高聚物材料、多晶铁纤维材料的研究和应用现状。 - Low infrared emission coating is a species of significant infrared stealth materials and mostly contingent on coating adhesive, stuffings and methodology.
低红外发射涂料是一种重要的红外隐身材料，其性能主要决定于涂料的成膜物质、填料和涂装工艺。 - The development of nano science and technology has pioneered a new path on the study of stealth materials.
纳米科技的发展为隐身材料的研制开辟了新路。 - Research Development of New Stealth Materials
新型隐身材料吸收剂的研究进展 - Nano stealth materials is described in detail, and its absorbing mechanism is also mentioned.
对纳米隐身材料进行了较为详细的描述，简述了其吸收机理。 - As the infrared stealth materials are different from the laser stealth ones, these two factors must be taken into account at the same time to get a good stealth result.
由于红外隐身和激光隐身对材料的要求不同，必须综合考虑才能达到较好的隐身效果。 - Spinel-type complex metal oxides are important functional materials in fields of magnetic materials, catalyst, stealth materials, battery, radiofrequency dielectric substance and so on.
尖晶石结构金属氧化物作为良好的磁性材料、催化剂、隐身材料、电池材料和微波射频电介质陶瓷材料等有着广泛的应用。 - With the improvement of infrared detection technology, the importance of the development and application of infrared stealth materials increases.
随着红外探测技术的提高，红外隐身材料研发和应用的重要性与日俱增。 - In this thesis, some of new stealth electromagnetic materials and structures are proposed based on the periodic geometry, and the controllable stealth technology is investigated to expand the stealth bandwidth.
本论文应用周期性几何结构研究了新的隐身超电磁材料，探索拓展隐身频带宽度的可控隐身技术，即主动隐身技术。 - The unusual optical, magnetic, electric and mechanical properties of chiral materials make them a wide range of promising applications in the fields of biology, medicine, polymer materials, nanoelectromechanical systems ( NEMS) and stealth materials.
它一般具有独特的光、电、磁以及力学等性能，在生物、医学、高分子材料、纳米机电系统和隐身材料等领域具有良好的应用前景。 - The core-shell structure composite nano-materials have a series of special properties of mechanics, electricity, magnetism, biological medicine and so on. Therefore they have potential application on medicine, catalysis, stealth materials, display materials, battery electrode materials, sensing materials and other industries.
核壳结构纳米复合材料具有独特的力学、电学、磁学、生物医学等性能，因此在医学、催化、隐身材料、显示材料、电池电极材料、传感材料等行业都有着潜在的应用前景。 - The development of the stealth coating materials is the current focus of the study besides the structural design to reduce the radar cross section technology.
除结构设计减小雷达散射截面技术之外，隐身涂层材料的研制是当前研究的重点。 - In addition to the basic preparation and manufacturing, establishing effective analysis method to characterize the stealth performance, and evaluating the effectiveness of the stealth materials are also the basis in stealth technology development.
作为这一高新技术的研制，除了最为基础的隐身材料的开发研制外，如何建立刻画其隐身性能的有效分析方法，即评价隐身材料的有效性也是这一研究的基础。