A novel coplanar system with a minimal anisotropic effect

Author:

Zhang Miaoyu,Wu Jie,Yanping Liu

Abstract

Abstract To obtain the response of the novel coplanar system, we use an analytic method to solve horizontal component of electromagnetic field in the anisotropic stratigraphic model by introducing the magnetic Hertz vector and the magnetic Hertz scalar from Maxwell equations. This paper examines anisotropic response characteristics between novel coplanar system and traditional coplanar system. The negative response area of the proposed coplanar system is decreased. Compared this with traditional coplanar system, the anisotropic effects have the same trend; the affected amplitude of novel coplanar system is far less than that of the traditional coplanar system. The results of experiments demonstrate the superiority of the proposed coplanar system.

Publisher

IOP Publishing

Subject

General Medicine

Reference13 articles.

1. Finite volume simulation of MCIL’s response in dipping well anisotropic formation model;Zhang;Journal of Jinlin University (Earth Science Edition),2012

2. Simulating response of mult-component induction logging tools by dyadic Green’s functions in cylindrically stratified anisotropic media;Wei;Journal of China University of Petroleum,2016

3. An improved structure of coplanar coil system and its logging response;Zhang;Journal of applied geophysics,2018

4. Response characteristics of new coplanar coil system in thin beds;Zhang;Oil geophysical prospecting,2018

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