人工电磁材料,Metamaterials英语短句,例句大全

人工电磁材料,Metamaterials
1)Metamaterials人工电磁材料

英文短句/例句

1.Study of Low Reflectivity Artificial EM Materials结合FSS的低反射人工电磁材料研究
2.A Novel Electromagnetic Stealth Method-Electromagnetic Invisible Cloaks基于人工电磁材料的新型电磁隐身机制——电磁隐身斗篷
3.Design, Fabrication and Applications of Some New Components Based on Electromagnetic Metamaterials;新型人工电磁材料器件的设计、制作和应用研究
4.Retrievals for Equivalent Electromagnetic Parameters of Metamaterial Slabs with Improved Method;用改进的方法提取人工电磁材料的等效电磁参数
5.Research on Improving Patch Antenna Directivity by Metamaterials Microwave Lens新型人工电磁材料微波透镜增强贴片天线定向性的研究
6.Modeling and Characteristic Analysis of Metamaterials Using Three-Dimensional Full-Wave Finite Element Method人工电磁材料的三维全波有限元仿真与特性分析
7.The Electromagnetic Characteristics and Engineering Applications of Metamaterial;微波左手材料的电磁特性及工程应用
8.On Replacing Bolting with Electromagnetic Riveting (EMR) inHigh Modulus Carbon Fiber Composites Structure in P. R. China高模量碳纤维复合材料的电磁铆接工艺研究
9.Research on Electroless Plating Preparation of Wood Electromagnetic Shielding Material木质电磁屏蔽材料的化学镀制备工艺研究
10.Study on the Preparation of Electro Magnetic Shielding Electro Less Coating with Carbon Fibet碳纤维化学复合镀制备电磁屏蔽材料工艺研究
11.Effects of preparation process on the electromagnetic properties of PZT/NiCuZn ferrite composite制备工艺对PZT/NiCuZn复合材料电磁性能的影响
12.Composite Electroforming Process of CoNiMnP-BaFe_(12)O_(19) Magnetic Nanocomposites复合电铸CoNiMnP-BaFe_(12)O_(19)磁性复合材料工艺研究
13.Magnetic materials are fundamental functional materials of electronic industry.磁性材料为电子行业的基础功能材料。
14.Propagation of Electromagnetic Waves in Double-negative and Single-negative Materials;双负材料和单负材料中电磁波的传播
15.Research on Magnetoelectric Effect of Ferromagnetic Alloy/Piezoelectric Composite Material铁磁合金/压电材料复合磁电效应研究
16.Study on Preparation and Performance of Electromagnetic Compatibility Wood-Based Panels Composite Materials;电磁兼容人造板复合材料的制备及性能研究
17.SHIELDING EFFECTIVENESS EVALUATION OF EM SHIELDING MATERIAL电磁辐射防护材料人体防护性能评价研究
18.Magnetron sputtering of Al on hollow glass microspheres and its effects on the dielectric properties of artificial dielectric materials空心玻璃微珠表面磁控溅射镀铝及其对人工介质材料介电性能的影响

相关短句/例句

Metamaterials新型人工电磁材料
1.Metamaterials are more favorable for gradient refractive index application,inhering design diversity and large variable scope.我们利用金属方环单元构建新型人工电磁材料(Metamaterials)来实现此透镜。
2.Metamaterial is artificial material that may exhibit electromagnetic(EM)responses not readily found in natural;To explore the potential applications of metamaterials in EM engineering,electromagnetic parameters of metamaterials,such as electric permittivity,magnetic permeability,refractive index and wave impedance,must be acquired firstly.新型人工电磁材料是指具有自然界中不存在的奇异电磁特性的人造材料。
3)EPM材料电磁工艺
1.Electromagnetic Processing of Materials (EPM) means that electric field or magnetic field is applied to process of preparation and machining of materials, to control the above process and the quality of products, to improve the microstnicture and properties of materials.材料电磁工艺是指将电场或磁场引入到材料制备和加工过程中，从而实现对材料制备或加工过程和产品质量的控制及材料组织和性能的改善。
4)magnetoelectric material磁电材料
1.The paper illustrates the mechanism of the magnetoelectric effect briefly, and systematically introduces the progress and current status of the research of magnetoelectric materials in the world as well as their classification.简要地阐述了磁电效应产生的机理,并系统地介绍了国内外磁电材料的进展、研究现状及其分类,最后对可能存在的应用作了分析。
2.The breaking of universal symmetry of electromagnetic field distribution in an anisotropic magnetoelectric material will give rise to nonzero vacuum momentum.通过计算各向异性磁电材料内电磁场模式的本征方程研究了任意方向量子真空模式对磁电材料动量转移总贡献,并指出介质由真空动量转移所获得速度可以由目前发展起来的光纤光学传感器(能测量纳米量级速度)所探测。
5)electromagnetic material电磁材料
6)artificial material人工材料
1.Objective To investigate the related factors,precautionary measures and the treatment of infection after artificial material implantation.目的　探讨人工材料植入手术并发感染的相关因素、临床特征和防治措施。
2.Objective To study in-vitro compatibility between artificial materials and tendon cells as well as the growth of the tendon cells on the artificial materials.①目的　在体外培养的条件下了解人工材料与肌腱细胞的相容性以及肌腱细胞在人工材料上的生长情况。
3.The BESO method based on artificial material is improved and the error of artificial material elements’ stress sensitivity number is limited within 5% in the thesis.通过改进人工材料单元灵敏度计算方法,将人工材料单元应力灵敏度的计算误差减小到5%以内,提高了基于人工材料 BESO 法的准确性,三维结构的优化算例验证了本文方法的正确性和有效性。