光学镀膜

  • 网络Optical Coating;Thin Film
光学镀膜光学镀膜
  1. 光学镀膜的AB监控法

    AB method in optical coatings

  2. 使用CCD(电荷耦合器)进行光学镀膜宽光谱监控过程中,监测信号受外界杂散光干扰、真空室内背景辐射等因数影响,信噪比低难于准确监控。

    In the monitoring procedure of optical coating with wideband spectrum based on CCD ( Charge Couple Device ), the signal-to-noise ratio of monitoring signal is too low to accurately monitoring because it is interfered by the factors of stray light , background radiation in vacuum chamber , etc.

  3. CCD在光学镀膜宽带膜厚监控系统中的应用研究

    The research of CCD applied in wideband monitoring of optical film thickness

  4. 阐述了光学镀膜宽光谱监控的原理和高级图像编程语言(LabVIEW)在此系统中的应用;

    The application principle on optical film thickness monitoring system by wideband spectrum and the appliance of the high-level image programme language ( LabVIEW ) were described too .

  5. 光学镀膜宽带膜厚监控系统

    The System of the Wideband Monitoring of Optical Film Thickness

  6. 数字滤波在光学镀膜宽光谱监控中的应用

    Application of digital filter in optical coating signal monitoring with wideband spectrum

  7. 四种光学镀膜材料的辐照着色效应研究

    Study on the Coloration Effect of Four Optical-Filming Powders

  8. 霍尔源用于光学镀膜

    Hall Ion Source for Thin - film Coatings

  9. 走向工业应用的离子辅助光学镀膜技术

    Plasma Assisted Optical Deposition Technology For Industrial Applications

  10. 光学镀膜仪的监控稳定性研究

    Monitoring stability of optical thin-film deposition tester

  11. 当前光学镀膜技术和应用光学的进展迅速,新的各种形式光学镀膜材料不断涌现。

    Numerous kinds of new materials for optical coating have emerged with the developing of coating technology and application optics .

  12. 这个便携式的设备采用光学镀膜来聚光,实现清晰明亮的光与最先进的画质图像增光镜相结合。

    The hand-held device uses specially coated optics to gather light to provide bright and clear images coupled with state-of-the art quality image intensifier tubes .

  13. 光学零件镀膜后光洁度与牢固度的探讨

    Research and Discussion on fineness and firmness for optical film-coating

  14. 光学合金镀膜层分析数据的误差管理

    Error Management of Analytical Datum for Optical Alloy Plating Films

  15. 浅析离子辅助光学薄膜镀膜机的特性

    Characteristics of the ion beam assistant deposition coater

  16. 采用这种方法的逆运算形式,应用计算机辅助计算和检测技术,在国内首次完成对多层光学薄膜镀膜后或制备过程中各膜层光学厚度的检测。

    By taking the method of inverse operation and the computer aided technique , the testing of thickness of optical thin films is completed firstly in China .

  17. 光学塑料真空镀膜附着力机理与工艺研究

    Adhesion mechanism and preparation technology of film on optical plastics

  18. 光通信用光学薄膜与镀膜设备

    Optical Coating and Coating Machine for Optical Communication Application

  19. 三光合一吊舱光学分系统镀膜工艺的研究

    Study on Coating Technics for 3 Band in 1 Optical System of Pod

  20. 计算结果显示,理论上可获得85%以上的传输效率(考虑光学表面未镀膜具有5%的反射率),85%左右的均匀性;

    The theoretical results show 85 % of transmission efficiency and 85 % of RMS homogeneity can be obtained considering 5 % of optical surface reflection coefficient ( the surface is not coated ) .

  21. 我们常年为一些外商公司、军工企业、科研单位、光学厂家提供光学零件的镀膜加工。

    We have been providing excellent coating services for foreign companies , war industry , research units , and optics manufacturers .

  22. 光学膜厚监控仪(OTM),适配于光学镀膜机。

    Optical thickness monitor ( OTM ) is designed for optical thin film coaters .

  23. 现主要介绍舞台灯光中常用的光学薄膜元件类型、设计膜系和光谱曲线,探讨光学镀膜材料和工艺,以及光学薄膜元件的应用场合。

    The application of major optical element coatings type , design the coating parameter and curve of spectrum in the stage lighting field , exploratory the optical coating material , process and optical coating application ′ s situation are introduced .

  24. 用Fortran语言编程,利用遗传算法对薄膜的材料和光学厚度进行优化计算,设计出了接近理想透射率曲线的光学薄膜镀膜方案,并用光学薄膜仿真软件Filmstar验证了镀膜方案的可靠性。

    Programmed by FORTRAN language , according to ideal transmission curve , this paper get coating method by using Genetic Algorithm to optimize coating material and material 's optics thickness , and proved its reliability by FILMSTAR software .