dielectric breakdown

基本解釋

Dielectric breakdown of BST thin films prepared by RF sputtering is studied in this paper.
采用射頻濺射制備BST薄膜，研究了薄膜的介電擊穿特性。
The exact determination of the breakdown voltage must therefore be attached to the measurement of an electrical value characteristic of the dielectric breakdown phenomenon.
因此擊穿電壓的檢測必須重視電介質(zhì)擊穿現(xiàn)象的電參數(shù)值的測量。
Based on analyses in line with the solid dielectric breakdown theory, it concluded that it takes a long time for a partial fault to develop gradually to the dielectric breakdown.
通過固體電介質(zhì)擊穿理論的分析，提出由局部性缺陷發(fā)展逐漸導致介質(zhì)擊穿需要較長的發(fā)展時間。

絕緣破壞
In this paper, based on the measurement of dielectric breakdown and theoretical analysis, epoxy resin has been employed to investigate the effects of material characteristics and fog parameters on the insulating properties.
本文以環(huán)氧樹脂為試品,通過對絕緣破壞現(xiàn)象的檢測及理論分析,研究鹽霧環(huán)境下環(huán)氧樹脂的絕緣破壞特性,考察材料特性與鹽霧參數(shù)對絕緣破壞的影響。
介質(zhì)擊穿
絕緣擊穿
With decreasing the atmospheric pressure, the discharge quantity increased with PBN, but decreased with PBT. With increasing the total dose, the time to dielectric breakdown increased with PBN, but decreased with PBT.
結果表明:隨著輻射量的增加,PBN的放電量減小;而PBT的放電量增加;隨著輻射量的增加,PBN的絕緣擊穿時間增長,而PBT的絕緣擊穿時間縮短;隨著氣壓的降低,PBN的放電量增加,而PBT的放電量減小,它們絕緣擊穿時間增加。
介電擊穿
介質(zhì)崩潰

介電擊穿
During the and actuation voltages often lead to the wrinkling phenomena and dielectric breakdown of EAP membrane and result in the failure of actuator.
介電型EAP驅(qū)動器在工作過程中,邊界條件及驅(qū)動電壓的改變經(jīng)常導致EAP薄膜發(fā)生起皺現(xiàn)象以及介電擊穿,致使驅(qū)動器失去工作能力。
介質(zhì)擊穿
介質(zhì)破壞
介體破壞

介電擊穿
During the and actuation voltages often lead to the wrinkling phenomena and dielectric breakdown of EAP membrane and result in the failure of actuator.
介電型EAP驅(qū)動器在工作過程中,邊界條件及驅(qū)動電壓的改變經(jīng)常導致EAP薄膜發(fā)生起皺現(xiàn)象以及介電擊穿,致使驅(qū)動器失去工作能力。
動力與電氣工程
絕緣擊穿
介質(zhì)擊穿