layered dielectric中文是什么意思

• 层状电介质

• layer    n. 1.放置者，铺设者，计划者。 2.【赛马】(一般) ...
• dielectric    adj. 非传导性的，绝缘的，介电的。 n. 电介质，电 ...
• layered    层状的; 成层的；分层的；夹层的; 片 成层 成层的 分层的 层状
• dielectric    adj. 非传导性的，绝缘的，介电的。 n. 电介质，电介体，绝缘体。
• the dielectric    电介质
• demo layered    拍子拳击赛试回合
• layered aquifer    成层含水层
• layered architecture    分层结构; 分层体系结构
• layered bed    层状料层
• layered charge    分层装料
• layered clay    分层粘土
• layered cloth    (研磨玻璃用)垫布
• layered complex    层状杂岩体
• layered construction    多层结构
• layered deposit    成层沉积
• layered foundation    成层地基
• layered gneiss    层状片麻岩
• layered graphic    分层图像
• layered intrusion    层状侵入本; 层状侵入体
• layered laser    层状激光器
• layered look    多层风貌
• layered machine    分层机
• layered map    (表示不同高程的)分层着色地形图; 分层设色图; 分层着色图
• layered mask    多层掩膜
• layered media    层状介质

• Test of optical multiplexer of multi - layer dielectric film filter
  多层介质膜滤波器型光合波器测试
• 3 . by using the shack - hartmann wavefront sensor , the thermal distortion of the substrate , the single - layer dielectric thin films with different thickness , and the multilayer dielectric thin films with different multilayer thin films ( ybf3 / znse ) irradiated by co2 laser were studied experimentally . 4
  3 .利用夏克一哈特曼波前传感器，对基底样品以及不同厚度的介质单层膜样品和不同膜系的ybf3 / znse介质多层膜样品在c02激光辐照下的热畸变进行了实验研究。
• The dissertation gives a comment on the field of energy - transmitting fibers for mid - infrared laser , an introduction to the mechanism of infrared - transmitting fibers in view of radiations and waveguides , and a theoretical analyze of the layer - selecting method for the fibers with multi - layer dielectric films . in view of the properties of sic in the region of mid - infrared , the author has done many works about the energy - transmitting fibers with sic , and summarized as follows : first , it is found that sic is a very good material for the fabrication of power - transmitting fibers for mid - infrared laser , especially for co2 laser that works at 10 . 6um wavelength , and sic / sio2 hollow fibers has not been studied in the world for the first time to our knowledge . second , it is pointed out , for the first time to our knowledge , that the hollow fibers with a structure like si / sic / sio2 or ge / sic / sio2 have very good properties for the mid - infrared laser power transmitting , especially for co2 laser
  本论文评述了关于中红外传能光纤的国内外进展，从光射线理论和波导理论出发介绍了红外传能光纤的传输机理，从薄膜光学出发分析了多层介质膜传能光纤的膜层选择机理等基础理论，针对碳化硅( sic )在中红外区的特点，在导师侯蓝田教授领导的科研组已有成果的基础上进行了以下几个方面的研究：发现了sic是制备红外传能光纤的良好的红外材料， sic sio _ 2空芯传能光纤在国际上还没有人进行研究：提出了具有si sic sio _ 2和ge sic sio _ 2膜结构的空芯传能光纤，据我们所知，这种光纤目前在国内外还没有人进行研究，并对其传输性能进行了可行性分析。
• Because of the restriction of the performances of the infrared materials , we decide that the hollow waveguide should have the structure of single layer dielectric coated metallic film according to the general analysis of process controllability and transmission capability . the dielectric we choose is silver iodide , made from silver and iodine , and the optimum thickness is about 0 . 77um
  因材料性能的限制，通过传输性能以及工艺可控性综合分析，确定制备的空芯光纤为单层电介质涂覆金属膜结构，电介质膜定为碘化银，理论厚度为0 . 77 m左右，由银膜直接碘化得到。