真空镀膜

  • 网络vacuum coating;vacuum deposition;Vacuum Plating;PVD
真空镀膜真空镀膜
  1. 不同工艺制备的氟化镁材料对真空镀膜的影响

    Influence of Preparation Process for MgF 2 on Vacuum Plating

  2. 真空镀膜在毛织物中的应用研究

    Study of vacuum plating velum on wool fabric

  3. 卷绕真空镀膜设备智能CAD系统的研究

    Research on Intelligent CAD System for Vacuum Roll Coating Equipment

  4. 采用真空镀膜的方法在金刚石表面镀覆金属Ti,测定了单粒抗压强度和金刚石样品的抗弯强度;

    The metal Ti is claded on diamond by vacuum deposited .

  5. 用PLC实现的磁溅式三靶真空镀膜机控制系统

    The Control System of a Magnetic Scattering Vacuum Three-target Film Coating Machine Realized by PLC

  6. 基于FPGA的真空镀膜机控制系统参数设定和调用模块的设计

    Design of the Parameter Setting and Transferring Module of SCS Control System Based on FPGA

  7. 分别用真空镀膜法、热分解法和电化学法制备了铂金修饰导电玻璃,并以此作为光阴极组装了染料敏化纳晶TiO2太阳能电池。

    The modification of photocathode with platinum was carried out by vacuum coating , thermal decomposition and electrodeposition .

  8. 通过真空镀膜技术将Ag蒸镀在PET薄膜上,然后用于鲜牛肉包装,以此延长鲜牛肉的货架寿命。

    Ag was vacuum coated on polyester film , and then packed fresh beef in order to prolong its shelf life .

  9. 本文阐述了以PLC和触摸屏为核心的低功耗真空镀膜机自动控制系统。

    This article introduces the low - power - consumption automatic control system on a magnetic scattering vacuum three - target film plating machine .

  10. 本文进行了对模具表面离子镀TiN薄膜的研究,本实验采用直流二极型离子镀,实验设备是由一台真空镀膜机改装而成。

    Type ⅱ electrode dc ion plating was adopted in this experiment . A vacumm coating machine was refitted as the experimental equipment .

  11. 制备的工艺流程包括ITO电极的制备、基片预处理、真空镀膜。

    The preparation processes include the design of ITO electrodes , the pretreatment of the ITO surface , vacuum evaporation .

  12. 用S5-115U可编程控制器实现建筑玻璃真空镀膜生产的自动控制

    Automatic Controlling of the Producing Process in Architectural Glass Coating System by Using S5-115U PC

  13. 一台DMD-450型真空镀膜机低能X射线的剂量水平

    Dose level of low energy X-ray radiation generated by a vacuum coater in the Institute of Northwest dispatch Engineering

  14. 金膜是用真空镀膜的方法镀在玻璃基底上,厚度是50-60nm,玻璃基底的厚度是2mm;

    In the experiment , the thickness of Au-film and glass-substrate are 50-60 nm and 2 mm respectively .

  15. 该工艺采用TiNiAu体系和电子束真空镀膜方法,并经过金刚石膜预处理和后续低温真空热处理获得了良好的结合性能。

    The good adhesion strength between metal layers and diamond substrates can be obtained by pre fire and post treatment processing using electron beam evaporation techniques and Ti / Ni / Au metallization system .

  16. 分别采用真空镀膜法、热分解法和电镀法制备了铂金修饰对电极。通过对DSC太阳能电池对电极进行铂金修饰,大大提高了DSC太阳能电池的理论最大输出功率,增大了近7倍。

    The opposite electrode was modified with Pt by vacuum coating , thermal decomposition and electrodeposition method , the maxim theoretic output power was increased seven times with Pt-modifying opposite electrode .

  17. IETS谱作为真空镀膜系统清洁度的检测手段

    The IETS spectrum for the detection of the contamination in high vacuum system

  18. 根据厂家工艺要求和技术参数,以PLC、触摸屏作为硬件开发平台,设计三靶磁溅式真空镀膜机的电气控制系统。

    According to technology requests and technical parameters , using the PLC and a touch screen as a platform of hardware development , the system of electrical control with three-target magnetic scattering vacuum film coating machine has been designed .

  19. 用真空镀膜方法制备了含有单个CdS缺陷层的具有不同周期和结构参量的TiO2/SiO2一维光子晶体。

    One-dimensional photonic crystals ( 1D PC ) with single CdS defect layer in TiO_2 / SiO_2 dielectric thin films stack with different periods and structural parameters were fabricated by vacuum deposition .

  20. 也对PLC、继电器控制和通用系统机控制作了相互比较。并以FX2型PLC为例,介绍在真空镀膜机上的应用。

    Then , it makes a comparison among the PLC , the relay , and the general system , Finally , it gives an example of applying FX2 & type PLC in vacuum coater .

  21. 采用离子束辅助沉积(IBAD)真空镀膜技术制备阵列波导光栅(AWG)波导材料。

    Novel scheme for fabricating the arrayed waveguide grating ( AWG ) waveguide material using ion beam assisted deposition ( IBAD ) is brought forward .

  22. 开发了一个朗缪尔探针等离子体诊断系统对PECVD真空镀膜机进行了等离子体参数诊断。

    A new plasma diagnostic system with Langmuir probe is designed to measure the plasma parameters in a plasma enhanced chemical vapor deposition ( PECVD ) vacuum coating machine .

  23. 试验以Ti2O3、Ti3O5和TiO2作为初始膜料,在ZZS700-6/G型真空镀膜机上采用O2-离子束辅助蒸发制备氧化钛薄膜。

    TiO_2 thin films were prepared with Ti_2O_3 , Ti_3O_5 and TiO_2 as original materials by electron-beam evaporation deposition , using O ~ ( 2 - ) ion beam ( O_2 purity up to 99.99 % ) as auxiliary means .

  24. ZG-15型感应卷绕式真空镀膜机卷绕系统的电气控制

    Electrical Control of ZG-15 Induction Winding Vacuum Coater

  25. 采用Al-Cu-Fe(Al65Cu20Fe15)准晶粉末通过DMD-450真空镀膜仪在A3钢表面制备镀膜。

    Al-Cu-Fe quasicrystals powder was used to prepare thin films on the surface of A 3 steel by the means of DMD-450 vacuum evaporation equipment .

  26. ZZ-3200J型高真空镀膜机的研制

    Study on the High Vacuum Coater , ZZ-3200J

  27. MGB-24真空镀膜机的计算机控制

    Computer Control of MGB-24 Vacuum Film-Plating Machine

  28. 采用真空镀膜工艺制备了具有762nm和800nm双缺陷模的含两个CdS缺陷层的TiO2/SiO2一维光子晶体,运用抽运探测技术测量了其双光子吸收。

    One-dimensional photonic crystals with two CdS defect layers which had two defect modes of 762 nm and 800 nm was fabricated by vacuum deposition process . Two-photon absorption coefficient was investigated by pump-probe measurement .

  29. 本文详细介绍了可编程序控制器simaticS5-115UPC在建筑玻璃真空镀膜设备上的应用情况,阐述了系统的构成、控制原理及模块化的软件编程方法。

    In this paper , the application of SIMATIC S5-115u PC in Architectural Glass Coating System is introduced in detail . The constitution , the control principle of the system and the modular programming method are presented . The system is rather stable and reliable .

  30. 提出了采用双相正交数字相敏检波(DPSD)方案设计数字锁相放大器(DLIA)代替传统模拟锁相放大器,并应用到了真空镀膜光学监控系统(OMS)中。

    A digital lock-in amplifier ( DLIA ) is advanced based on the scheme of orthogonal digital phase-sensitive detector ( DPSD ), which is applied to optical monitor system ( OMS ) instead of traditional analog lock-in amplifier .