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    • 7. 发明公开
    • METHOD FOR CARRYING OUT THE ELECTRICAL BREAKDOWN OF A GASEOUS DIELECTRIC IN A HIGHLY NON-UNIFORM FIELD
    • VERFAHREN UM EINGINFÖRMIGESDIELEKTRIKUM在EINEM STARKUNGLEICHMÄAAIGENFELD DURCHZUBRECHEN
    • EP1065502A4
    • 2001-03-07
    • EP98929951
    • 1998-06-19
    • STARIKOV VALERY VENGINOVICH
    • ZHURAVKOV IGOR VIKTOROVICH
    • G01N27/68G01N27/92G01R31/12H01J37/32H05H1/24
    • G01R31/1281G01N27/92H05H1/48H05H2001/483
    • The invention pertains to testing technique and designed to be used in the research n the dielectric rigidity of high-voltage equipment gaseous isolation. The technical result of the invention is the achievement of gas dielectric breakdown with relatively low voltage. A corona discharge is generated by supplying the initial voltage to the electrodes, defining the discharge gap so as to ensure a three dimensional load at the corona-producing electrode. Then, the total voltage, sufficient for complete breakdown, is supplied to the discharge gap with the uniformly distributed three-dimensional load and the breakdown of a gaseous dielectric takes place. The present method provides the decrease of corona discharge and formation of impulse pedestal with the help of additional dynamic discharger in the circuit, which electrodes are switched from the closed state to the open one.
    • 本发明涉及测试技术,设计用于研究高压设备气体隔离的介电刚度。 本发明的技术结果是实现相对低电压的气体绝缘击穿。 通过向电极提供初始电压来产生电晕放电,限定放电间隙,以确保电晕产生电极处的三维负载。 然后,足够的完全击穿的总电压以均匀分布的三维负载供给到放电间隙,并且发生气体电介质的击穿。 本方法通过电路中的额外的动态放电器来提供电晕放电的减少和脉冲基座的形成,这些电极从闭合状态切换到断开状态。
    • 8. 发明公开
    • METHOD FOR CARRYING OUT THE ELECTRICAL BREAKDOWN OF A GASEOUS DIELECTRIC IN A HIGHLY NON-UNIFORM FIELD
    • 程序用于在强不均匀的场气体电介质的PUNCH行为
    • EP1065502A1
    • 2001-01-03
    • EP98929951.6
    • 1998-06-19
    • Starikov, Valery Venginovich
    • Zhuravkov, Igor Viktorovich
    • G01N27/68H01J37/32H05H1/24
    • G01R31/1281G01N27/92H05H1/48H05H2001/483
    • The invention pertains to testing technique and designed to be used in the research n the dielectric rigidity of high-voltage equipment gaseous isolation. The technical result of the invention is the achievement of gas dielectric breakdown with relatively low voltage. A corona discharge is generated by supplying the initial voltage to the electrodes, defining the discharge gap so as to ensure a three dimensional load at the corona-producing electrode. Then, the total voltage, sufficient for complete breakdown, is supplied to the discharge gap with the uniformly distributed three-dimensional load and the breakdown of a gaseous dielectric takes place. The present method provides the decrease of corona discharge and formation of impulse pedestal with the help of additional dynamic discharger in the circuit, which electrodes are switched from the closed state to the open one.
    • 本发明涉及测试技术和设计研究n个高电压设备气态隔离的介电刚性使用。 该发明的技术结果是气体的电介质击穿的具有相对低电压的实现。 通过供应初始电压施加到电极,,定义放电间隙,以确保在所述电晕电极产生的三维负载产生的电晕放电。 然后,总电压,足以完全击穿,供给到与该一致的放电间隙分布三维负荷和气体电介质的击穿发生。 本发明方法提供电晕放电和形成脉冲基座的与额外的动态排出器的帮助下在电路中,哪些电极从关闭状态切换到打开一个的降低。