Magnetic resonance-transient electromagnetic transverse constrained inversion method

Magnetic resonance (MR) and transient electromagnetic (TEM) technologies have been widely used in medical treatment, object detection, and other fields as science and technology rapidly develop. To address the effect of resistivity information on experimental results, the MR-TEM transverse constrained inversion method was proposed based on theory of MR and TEM responses in multilayered dielectrics. The inversion process was corrected in time based on the resistivity information. The accuracy of the experimental results was improved. The experimental results show that the advantage of this inversion method was reflected in the uniform half-space model and the layered model inversion. The inversion results realistically reflect the model structure.