dielectric material

Test Structure Design of Radiation Damage on SiO_2 Dielectric Material

SiO2介质材料辐射损伤测试结构设计

Lock brands depend on the dielectric material nature.

闸板材质牌号取决于介质性质.

As a main function parameter of dielectric material, measurement methods of permittivity are diverse.

介电常数是介质材料的主要性能参数之一, 其测量方法多样.

With frequencies arising, close resonators have limitations on lowing quality factor 、 reducing the size of resonator and modes denseness etc. Within microwave frequencies, electromagnetism open resonator technologies are widely used in electrical dielectric parameter measurement of low loss dielectric material.

随着频率的升高，封闭的谐振腔存在品质因数降低、腔体尺寸减小、模式密集等局限性，所以在毫米波频段，测量低损耗材料电介质参数最常采用的是电磁开腔技术。

The paper then designs the broadband multimode test cavity and solves the problem of mode identifying automatically and mode searching in the test of low loss dielectric material.

本文设计了宽频带一腔多模测试腔，并成功地解决了测试中模式识别和搜索技术。

Effect of Short-laser Pluse Width on Laser-induced Damage in Dielectric Material

脉冲宽度对短脉冲激光诱导材料损伤研究

Part-filled Sample Rectangle Waveguide Sensor for Testing Medium and High Loss Dielectric Material

电磁参数测试用部分填充试样矩形波导传感器

For non-direct type application, choice of Dielectric material is important.

对于 非 直接接触式的应用来说, 绝缘介质材料的选择是很重要的.

Polymers are the most foreground material in integration optical waveguide devices due to small dielectric constant, high electro-optical and thermo-optical constant, low thermal losses, ease of fabrication and vertical integration and so on.

有机聚合物以其介电常数小，电光和热光系数大，热损耗小，易于加工且可垂直集成等优点已成为制作集成光波导器件最具有前景的材料。

Research on the Noise Sensitive Characterization Technique of Radiation Damage in SiO_2 Dielectric Material

SiO2介质材料辐射损伤噪声灵敏表征技术研究

As a prospective dielectric material, TiO_ ( 2) thin film was used in thin film technique, which brings a great interest to the researchers of all over the world.

TiO2作为一种极具前景的介质材料被应用到薄膜技术中来，引起了国内外研究者的极大兴趣。

Some factors can affect greatly the effect of chargesdeposited in layer, such as applied voltage and frequency, dielectric material, DBD configuration and media gas, etc.

激励电源电压与频率、电介质材料、DBD结构、媒介气体等均会对电荷沉积效应产生较大影响。

A first laminate structure comprises a conductive foil having a layer of embeddable dielectric material laminated thereto.

第一层叠结构包括导电金属箔，其上有一层可嵌入绝缘材料。