电各向异性广泛存在于自然界中, 已成为电磁勘探资料解释中不可忽视的因素.
特别是在一些沉积岩地区, 由于层理发育导致地下介质电阻率随电流方向发生变化 …

Electrical anisotropy exists everywhere in nature that has become an important issue non-
ignorable in geophysical exploration. Especially in areas of sedimentary rocks where strata …

近年来, 海洋可控源电磁法(MCSEM) 被引入油气勘探领域以降低勘探风险. 在海洋环境中,
受沉积因素所造成的电阻率各向异性的影响, 地电模型往往会非常复杂. 为更好地反映地下电性 …

地层宏观电性各向异性会对可控源电磁响应产生重要影响. 由于海底地层电性结构常表现为电导
率各向异性, 若仅对海洋可控源电磁(MCSEM) 数据进行常规各向同性反演 …

Most studies presented to date in the use of the marine controlled source electromagnetic
(CSEM) method to detect hydrocarbons analyze the homogeneous reservoir models of …

We present a direct iterative solution to the nonlinear controlled-source electromagnetic
(CSEM) inversion problem in the frequency domain, which is based on a volume integral …

We evaluated a joint contrast source inversion scheme for marine controlled-source
electromagnetic (mCSEM) and magnetotelluric (MT) data based on a scattered field …

We present a structural smoothing regularization scheme in the context of inversion of
marine controlled‐source electromagnetic data. The regularizing hypothesis is that the …

Electrical anisotropy of geologic formations has a significant impact on controlled source
electromagnetic (CSEM) field responses. It is now well recognized that sedimentary …

Recently, frequency domain marine controlled source electromagnetic method (MCSEM)
plays an increasingly important role in the oil and gas exploration. The geoelectric model …