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A study on treeing breakdown and fractal characteristics according to method of acoustic emission detection in high polymer

机译:高聚物声发射检测方法对树木破坏和分形特性的研究

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In this study, in order to observe treeing deterioration and tree shape in relation to fractal dimension, acoustic emission properties due to growth of tree in Polymer was investigated by using the measuring system of AE under AC voltage. The generated tree was photographed with a camera through a microscope. The obtained photograph was digitized by using a scanner and image processed with a personal computer. After that, the tree length was measured and then the fractal dimension of tree was calculated in using a scale covering method. And growing shape of tree was quantified in using fractal characteristics. To examine relation among growing shape of tree and characteristics of fractal in tree shape (tree type and bush type) was increased with increment of applied AC, AE pulse number and mean amplitude were increased along with near breakdown rather than tree initiation. While AE pulse number and mean amplitude were promoted, fractal was slowly increased with tree growth. Fractal dimension in accord to applied voltage was slowly increased, the results show that there is a relationship between characteristics of AE and fractal dimension.
机译:在该研究中,为了观察与分形尺寸有关的树木劣化和树形形状,通过在AC电压下使用AE的测量系统研究了聚合物中树的生长引起的声发射特性。通过显微镜用相机拍摄生成的树。通过使用使用个人计算机处理的扫描仪和图像来数字化所获得的照片。之后,测量树长,然后使用比例覆盖方法计算树的分形尺寸。在使用分形特征时量化树的成长和生长形状。为了验证树木的生长形状和树木形状的特征(树型和衬套类型)的关系,随着应用的AC的增量而增加,AE脉冲数和平均振幅随着近分解而不是树初。虽然促进了AE脉冲数和平均振幅,但随着树的生长缓慢增加分形。符合施加电压的分形尺寸缓慢增加,结果表明AE和分形尺寸的特性之间存在关系。

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