灭弧介质

SF6混合气体灭弧介质的选择

Selection of SF_6 Gas Mixture as Arc-quenching Medium

SF6气体作为一种优秀灭弧介质在高压灭弧领域得到了十分广泛的应用。

SF_6 gas used as good arc-suppressing medium widely apphes in the HP arc-suppressing field .

SF6混合气体用做GCB灭弧介质的研究进展

Developing on SF_6 Mixtures as Arc Extinguishing Dielectric in GCB

随着电力工业的迅速发展，SF6电气设备数量不断增多，它已逐渐取代传统的绝缘油材料作为高压电气设备中的绝缘及灭弧介质。

With the rapid development of power industry , the number of SF6 electrical equipment are increasing , it has gradually replaced the traditional insulating oil material as insulation and arc media in the high-voltage electrical equipment .

金属周围的灭弧介质对电爆炸会产生明显的影响。

Secondly , the medium around the wire will influence the exploding effect obviously .

提出了采用镀锌石墨粉作灭弧介质和润滑剂，添加改性树脂作粘结剂，利用共混热压-炭化法制备树脂焙烧型滑板试样。

With Zn-coated graphite as the arc extinguishing agent and lubricating agent , modified resin as the bonding agent , the resin-calcination type contact strip was prepared by the methods of blending hot-pressing and carbonization technology .

接触器栅片灭弧室介质恢复强度及重燃过程的分析

Analysis of Dielectric Recovery Strength and Reignition Process in Iron Splitters Chambers of AC Contactor

多纵缝灭弧室介质恢复强度的测试与分析

Measurement and Analysis of the Dielectric Recovery Strength in the Multiple Narrow Slot Arc Chute with Different Structure

在真空断路器开断交流电流真空间隙介质恢复物理过程的基础上，建立了灭弧室介质强度恢复的数学模型。

Chamber medium strength math model is established in this paper , according to vacuum circuit breaker interrupting characteristics based on the physic process of interrupter with ac current .

真空灭弧室弧后介质强度恢复的不稳定性

Non-Stability of Post-Arcing Recovery Process in Vacuum Interrupters

应用此装置测量了不同分断条件下陶土灭弧室和栅片灭弧室内的介质强度恢复特性。

With this equipment , the dielectric recovery strength characteristics of ceramic chambers and deion plate chambers are studied .