| 1. | Testing method of wettability of glass substrate
玻璃衬底材料湿润度的试验方法 |
| 2. | Standard guide for characterization and testing of substrate materials for tissue - engineered medical products
组织工程医疗产品用衬底材料特征描述和试验的标准指南 |
| 3. | The influence of substrate materials on properies of primary diamond like carbon films prepared by direct photo chemical vapor deposition method
衬底材料对直接光化学汽相淀积类金刚石碳膜成膜初期的影响 |
| 4. | Films properties are related with the substrate . so we select linbo3 as the substrate to invest the correlation between zno films and different substrates
为研究不同衬底对薄膜zno质量和生长工艺的影响,选择了在自制的linbo3作为生长zno薄膜的衬底材料。 |
| 5. | Xps of the films indicates that tisi2 interlayer can prevent the interaction between substrate material and diamond interface , so that the adhesion of diamond film is improved
薄膜的xps表明tisi _ 2作为中间层能起到阻止衬底材料与金刚石的界面反应作用，提高了金刚石薄膜的附着性。 |
| 6. | Usually , gaas is employed as substrate for the growth of wide band - gap ii - vi semiconductors due to their similarities in lattice constant . however , as a mature semiconductor material , si has serves electronics greatly
以往的宽带-族半导体都是以gaas为衬底材料的，这就造成了宽带-族半导体光电子材料与si基微电子技术的分离。 |
| 7. | Liquid encapsulated czochralski ( lec ) si - gaas is widely used in the microwave device and the substrates of high speed digital optic - electronic integrated circuits , and it has become one of major materials in information industry
液封直拉法生产的半绝缘砷化镓单晶( lecsi - gaas )被广泛用于微波器件和高频集成电路的衬底材料，成为当代信息产业的重要材料之一。 |
| 8. | So the application prospects of linbo _ 3 integrated optic intensity modulators are getting better . the linbo _ 3 integrated optical intensity modulators consisting of m - z optical waveguide and cpw modulation electrode structure is presented in this thesis
本课题旨在研究以linbo _ 3为衬底材料、以m - z干涉型光波导结构为基础、以cpw行波电极为调制电极的集成光学强度调制器。 |
| 9. | Because linbo _ 3 material have the characteristics such as good electro - optic , short electro - optic time response and high transnissivity , it is suitable substrate material used as manufacturing low loss waveguid device and has broad application prospects
由于linbo _ 3材料具有良好的电光效应、较短的电光响应时间和高透射率特性,因而适宜制作低损耗导波器件的衬底材料,应用前景广阔。 |
| 10. | In this thesis , the research work of a new type multifunction integrated optical circuit device ( mioc ) used in singal processing of ifog is described through parameter theoretical design and technological process . its working wavelength is 1 . 3 m
本文基于linbo _ 3衬底材料,从参数理论设计和工艺设计方面介绍了一种用于干涉型光纤陀螺( ifog )信号处理的新型多功能集成光路器件( mioc )的研制工作。 |
