Positive Pre-breakdown Streamer Propagation and Breakdown Voltage of Palm Oil based Al2O3

Y. V. Thien, N. Azis, N. A. Mohamad, X. J. Tan, Z. Yaakub
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Abstract

This research paper presents the experimental results of the lightning pre-breakdown and breakdown voltages of Palm Oil (PO) and Mineral Oil (MO) in the presence of $Al_{2}O_{3}$ under positive voltage polarity. The experiments were conducted using a needle-plane electrode configuration as a non-uniform field. The positive lightning breakdown voltages of two types of refined, bleached, and deodorized PO with various concentrations of nanofluids were determined. The lightning pre-breakdown was monitored through light signal recordings. The light signal emission increased with the applied voltage for all samples. The presence of $Al_{2}O_{3}$ in both PO and MO increases the positive lightning breakdown voltages.
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棕榈油基Al2O3的正预击穿流光传播和击穿电压
本文研究了棕榈油(PO)和矿物油(MO)在Al_{2}O_{3}$存在下的正电压极性下的雷电预击穿和击穿电压的实验结果。实验采用针平面电极结构作为非均匀场进行。测定了不同浓度纳米流体对两种精炼、漂白和脱臭PO的正雷击击穿电压的影响。通过光信号记录监测闪电预击穿。所有样品的光信号发射均随外加电压的增加而增加。PO和MO中$Al_{2}O_{3}$的存在增加了正雷击击穿电压。
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