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Sparse de-convolution of space charge signal in PEA method

机译:豌豆法中空间充电信号的稀疏去卷积

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Space charge measurement in dielectric materials is very important to understand breakdown mechanism in power cables. Among several methods like pulsed electro-acoustic method, pulse propagation method, laser induced pressure propagation, the pulsed electro-acoustic method is widely used for space charge measurement due to ease of application. However, the signal obtained in the method does not represent original space charge. To obtain original space charge signal de-convolution is required. In this paper, authors examined applicability of sparse de-convolution to obtain original space charge signal using the pulsed electro-acoustic method. Charge signal obtained using poly methyl methacrylate sample, in authors' laboratory has been taken as a reference.
机译:介电材料中的空间电荷测量非常重要,可以了解电力电缆中的击穿机制。在诸如脉冲电声方法,脉冲传播方法,激光感应压力传播的几种方法中,由于易于应用,脉冲电声方法广泛用于空间电荷测量。然而,该方法中获得的信号不代表原始空间电荷。为了获得原始空间充电信号,需要卷积。在本文中,作者检查了稀疏去卷积的适用性,使用脉冲电声方法获得原始空间电荷信号。使用聚甲基丙烯酸甲酯样品获得的电荷信号在作者实验室中作为参考。

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