玻璃绝缘子

  • 网络GLASS INSULATOR;Glass Bead
玻璃绝缘子玻璃绝缘子
  1. 玻璃绝缘子在南京长江220kV大跨越线路上运行稳定性的分析

    Analysis on Operation Stability of Glass Insulator on 220 kV Nanjing Yangtze River Cross

  2. 500kV输电线路钢化玻璃绝缘子集中自爆现象分析

    Analysis of the Concentrated Self-blast Phenomenon of Toughened Glass Insulator on 500 kV Transmission Lines

  3. 500kV钢化玻璃绝缘子运行分析

    The Analysis on the Operation of the 500 kV Toughened-Glass Insulators

  4. 介绍了HIC封装管壳中玻璃绝缘子网带烧结炉的特殊机械结构、氮氢保护气氛系统和电气保护措施。

    The paper introduce a special mechanism construction , N 2 - H 2 protective atmosphere system and electrical protection measure of mesh belt sintering furnace for glass insulator firing in HIC packing case .

  5. 输入端口为玻璃绝缘子同轴转换接头,输出为WR-10标准矩形波导。

    The input port adopted the glass insulator , the output port is the WR-10 standard rectangular waveguides .

  6. 悬式钢化玻璃绝缘子的质量改进和运行经验

    The Quality Improvement and Operation Experience of Suspension Toughened Glass Insulator

  7. 玻璃绝缘子在大跨越线路上的运行概况

    General Situation of Glass Insulator Used on Long Span Power Line

  8. 悬式玻璃绝缘子阳光折射试验和表面温度的测量

    Sunshine Refraction Test and Surface Temperature Measurement to Suspended Glass Insulator

  9. 钢化玻璃绝缘子耐雷和耐电弧性能的探讨

    Inquisition of Lightning Protection and Arc Resistance Performance of Steeled Glass Insulator

  10. 悬式钢化玻璃绝缘子在云南电力系统中的使用及运行情况

    Operation Performance of Suspended Enhanced & Glass Insulators in Yunnan Power System

  11. 国产玻璃绝缘子运行特性的研究

    Research on Performance of Toughened Glass Insulators Made in China

  12. 钢化玻璃绝缘子自破原因及改进措施的探讨

    Approach to causes and Improvement Measures Against Self-shattering of Toughened Glass Insulator Body

  13. 钢化玻璃绝缘子运行可靠性及机理分析

    Service Reliability and Mechanism Analysis on Toughened Glass Insulator

  14. 玻璃绝缘子耐雷击闪络和工频电弧性能试验研究

    Study on Arcing Resistance Performance of Glass Insulator at Lightning and Power Frequency Flashover

  15. 运行30~40年后玻璃绝缘子寿命周期的性能测试

    The Product Performance Test of the Glass Insulators Used for 30 ~ 40 Years

  16. 用激光散光法测定玻璃绝缘子钢化应力

    Laser Scattered Light Photoelasticity Applied to the Measurement of Stresses in Toughened Glass Insulator

  17. 钢化玻璃绝缘子的性能特性和设计原理

    Characteristics and Design Principles of Toughened Glass Insulator

  18. 试验方式对瓷和玻璃绝缘子交流污闪特性的影响

    Effect of Test Methods on AC Pollution Flashover Performance of Porcelain and Glass Insulators

  19. 浅析玻璃绝缘子运行质量的规律性

    On Regularity of Service Behavior of Glass Insulator

  20. 生坯密度和排蜡温度对玻璃绝缘子致密化影响

    Influence of the Green Density and Binder Burnout Temperature on the Densification of Glass Bead

  21. 污秽地区玻璃绝缘子的选用

    Application of Glass Insulators in Polluted Regions

  22. 控制玻璃绝缘子结构高度尺寸具体措施的探讨

    Measures for Controlling Spacing of Glass Insulator

  23. 染污方式对覆冰瓷和玻璃绝缘子直流闪络特性的影响

    Effect of Pre-polluting Methods on DC Flashover Characteristics of Artificially Iced Porcelain and Glass Insulators

  24. 所以在玻璃绝缘子装配完成后,加强对产品结构高度尺寸的控制尤为重要。

    So after glass insulator assembling It is important to check the product ′ s spacing .

  25. 瓷和玻璃绝缘子人工污秽交流闪络特性及有效爬电系数的比较

    Comparison on AC Artificial Pollution Flashover Performance and Valid Coefficient of Creepage Distance Between Porcelain and Glass Insulators

  26. 用不同密度的玻璃绝缘子生坯,在不同温度下排蜡,研究了玻璃绝缘子的致密化。

    The densification of glass bead was studied with different green densities at different temperature to burn out the binde .

  27. 本文介绍了运用激光散射光弹性法对钢化玻璃绝缘子钢化应力进行的实验研究。

    The experimental research is introduced in the tempered stresses of the toughened glass insulator with laser scattered light photoelasticity .

  28. 概述了玻璃绝缘子在线路上运行过程中自动破碎(简称自破)的现象,并对其规律进行了综合分析。

    The phenomena of self shattering of glass insulators during service in system is described and its regularity is analyzed .

  29. 文中还对大量钢化玻璃绝缘子运行经验进行统计分析,表明其有着防老化、寿命长等优良的机电性能。

    The Statistics analysis of the insulators in service shows that the insulators possess better electrical performance , anti-aging and good stabilization .

  30. 对运行30~40年后的玻璃绝缘子进行了机械破坏负荷、工频击穿电压及残留强度等试验。

    The tests on mechanical failing load , power frequency puncture voltage and residual strength of glass insulators after 30 ~ 40 years service were made .