粘性剩磁脉冲响应的数学建模

Ya.K. Leopold, N. Kozhevnikov, E. Antonov
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引用次数: 0

摘要

在含有超顺磁性粒子的物体下进行瞬变电磁法探测时,磁性黏度的影响会对接收信号产生显著影响。目前,这种磁粘度效应被认为是一种讨厌的东西,而一些研究人员指出,它们包含了有用的信息。本文建立了粘性剩磁脉冲响应的数学模型。采用对数正态粒子分布模型,对不同磁化强度的脉冲响应进行了建模。给出了恢复分布参数和模型脉冲响应的尝试结果。给出了合成脉冲响应反演的有效性估计。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Mathematical modeling of impulse response of viscous remanent magnetization
TEM survey under objects that containing superparamagnetic particles, the effects of magnetic viscosity can have a significant impact on the received signal. At present, such effects of magnetic viscosity are considered a nuisance, while some researchers point out that they contain useful information.The article presents a mathematical modeling of impulse response of viscous remanent magnetization. Using the lognormal particle distribution model, various impulse responses of the magnetization were modeled. The results of attempts to restore the distribution parameters  and   of model impulse responses are presented. An estimate of the effectiveness of the inversion of synthetic impulse responses is given.
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