真空压力

  • 网络vacuum pressure;MBAR
真空压力真空压力
  1. 基于PLC控制的真空压力浸漆控制系统设计

    Design of Vacuum Pressure Control System for Impregnating Based on PLC

  2. 目的探讨B级脉动真空压力蒸汽台式灭菌器对牙科手机的灭菌效果。

    Objective Discuss sterilization effect of B-class pulsation table top vacuum pressure steam sterilizer for dental handpiece .

  3. F级真空压力浸渍树脂的研制

    Research and manufacture on F class vacuum pressure impregnation resin

  4. 基于X射线激励下的真空压力检测

    Detecting Vacuum in Vacuum Switch with X-ray Irradiation

  5. 真空压力浸漆与干燥DCS系统研究

    The Research of DCS of VPI and VHD

  6. 真空压力浸渍法制备Gr/Mg复合材料

    Vaccum Pressure Infiltration Manufacturing Gr / Mg Composites

  7. SiCP/LY12复合材料真空压力浸渗法中预制件制备工艺研究

    Studies on the Fabricating Process of SiC Particle Preforms for SiC_p / LY12 Composite in Vacuum Pressure Infiltration Techniques

  8. 利用Matlab软件,对不同物料重量和真空压力时微波放电点功率值进行二次拟合,并经三维成像进行比较研究。

    Using Matlab software , quadratic fit and three-dimensional imaging analysis of the power value of microwave discharge points were done under different material weight and vacuum pressure .

  9. 超导托卡马克HT-7U磁体线圈模拟长样真空压力浸渍及低温力学性能

    VPI for long model of superconducting magnets coil and its cryogenic mechanical property

  10. HT-7U极向场磁体线圈真空压力浸渍袋模工艺的研究

    Study on bag mold technique of vacuum pressure impregnation for HT-7U poloidal magnet coils

  11. HT-7U纵场磁体的真空压力浸渍

    Vacuum Pressure Impregnation for Toroidal Magnet Coils

  12. 基于M-C方法模拟分析NBI真空压力分布的影响因素

    Simulative analysis based on Monte-Carlo method for influencing factors on pressure distribution in NBI

  13. 通过脉动预真空压力蒸汽灭菌器B-D试验监测,分析并找出影响B-D试验结果的不合格因素。

    This paper analyzes the disqualification factors influencing B-D test results by using B-D test monitoring .

  14. 真空压力浸漆(VPI)设备的研究

    Research on VPI Equipment

  15. 为电机主绝缘VPI工艺选择合适的粉云母带,对几种真空压力浸渍(VPI)用云母带进行了试验研究,分析了选型原则,同时对比了几种粉云母带的性能。

    This article introduces the selection study of dry mica tape for Vaccum Pressure Impregnation ( VPI ) insulation .

  16. 大型低温超导磁体线圈制造的最后关键的工艺是真空压力浸渍(VPI)。

    The final major step in fabrication of large superconducting magnet coils is vacuum pressure impregnation ( VPI ) .

  17. 主要研究结果如下:SiC颗粒覆盖保护镁合金熔体是真空压力浸渗法制备双尺寸颗粒SiC/Mg复合材料的一种简单、有效的方法。

    The main results are as follows : SiC particles make to cover magnesium alloy melt protection , which is simple and effective method that SiC / Mg composites with bimodal particles are infiltrated by vacuum pressure .

  18. 对焙烧后的SiC颗粒陶瓷预制体进行真空压力浸渗实验,加压0.4-0.5MPa渗透后,获得轮廓清晰、尺寸与预制体一致、SiC颗粒分布均匀的铝基复合材料。

    After sintering treatment of SiC ceramics , we conducted vacuum-pressure infiltration experiments , aluminum based composites with homogenous particulates dispersion , uniform size derived from precursor and clear shape were obtained upon 0.4-0.5 MPa pressure and infiltration .

  19. 该文主要描述了真空压力传感器Penning规管污染造成真空系统故障的表现及其解决方法。

    The behavior and its solution of a vacuum problem resulted from contamination of the pressure sensor , Penning gauge , was provided in this paper .

  20. 定子扇形片采用优质硅钢板DW360-50,定子铁心通过拉螺杆固定,转子均经真空压力浸漆。

    The stator fanning strip use high-quality steel plate DW360-50 , stator core fixed by tie bolt , rotor are by vacuum pressure dipping .

  21. 通过单因素实验确定适宜的加工工艺为:蒸煮时间10min、蒸煮温度100℃;真空压力0.08MPa、真空干燥温度70℃,真空干燥时间8h。

    Single factor experiments determine the appropriate process : for 10 min cooking time , 100 ℃ cooking temperature , 0.08 MPa vacuum pressure , 70 ℃ vacuum drying temperature , 8 h vacuum drying time .

  22. 采用真空压力浸渍法制备了碳化硅颗粒增强铸造镁合金(ZM5)复合材料,碳化硅颗粒的平均尺寸为4μm,体积分数为45%。

    A magnesium matrix ( AZ91 ) composite reinforced by silicon carbide particulates ( SiCp ) was fabricated using vacuum pressure infiltration . The reinforcing particles ′ average size and volume fraction were about 4 μ m and 45 % , respectively .

  23. 实验室测试证明,使用DMQ型多功能灭菌器进行脉动真空压力蒸汽灭菌(脉动3次,温度132℃)作用4分钟;

    Laboratory experiment showed that excellent result in sterilization of ordinary medical supplies pack was obtained with any of the following sterilization methods using multi-func - tional autoclave Type DMQ : pulsating prevacuum autoclaving ( air exhaustion for 3 times , temperature 132 ℃) for 4min ;

  24. 全膜电力电容器真空压力浸渍工艺及其设备的研究

    Study on VPI Technology of All Film Power Capacitor and Equipment

  25. 汽轮发电机组真空压力低原因分析及处理

    Analysis of Low Vacuum Pressure of Turbine Generator and Disposal Measure

  26. 采用真空压力浸漆技术的电机绝缘的应用研究

    Research on Application of Motors Insulation by Using Vacuum Pressure Impregnation Technology

  27. 应用:适用于一般设备的真空压力测定。

    Application : measuring the vacuum pressure of ordinary equipment .

  28. 真空压力浸渍设备的分布式微机控制系统

    Distributed Microcomputer Control System of the Vacuum Pressure Impregnation Equipment

  29. 真空压力浸渍用少胶粉云母带的分析对比

    Analysis and Comparision of the Dry Mica-Paper Tapes for VPI

  30. 中性束注入装置真空压力分布研究及结构设计

    Pressure Distribution Analysis and Structural Design for Neutral Beam Injector