We provide a tutorial on the marine controlled-source electromagnetic (CSEM) method
aimed at geoscientists and explorationists who are new to EM methods. This tutorial …

The controlled source electromagnetic (CSEM) method is frequently used as a risk reduction
tool in hydrocarbon exploration. This paper aims to provide a comprehensive historical …

We study if nature can help us overcome the very low signal‐to‐noise ratio of seismo‐
electromagnetic converted fields by investigating the effects of thin‐bed geological …

Natural source electromagnetic methods have the potential to recover rock property
distributions from the surface to great depths. Unfortunately, results in complex 3D geo …

Presently, the 3-D inversion technique has started playing a more important role in
controlled-source electromagnetic (CSEM) data interpretation. With the development of …

Geologic interpretation of resistivity models from marine controlled-source electromagnetic
(CSEM) and magnetotelluric (MT) data for hydrocarbon exploration and reservoir monitoring …

ABSTRACT The Red Sea is characterized by thick salt sequences representing a seal for
potential hydrocarbon accumulations within Tertiary formations deposited over deep …

We conducted an initial high-power CSEM (controlled-source electromagnetic method)
survey in a coastal salt-flat area in the broader area of Half Moon Bay, in the southern part of …

Marine CSEM modeling and data-interpretation algorithms currently used by the E&P
industry are based on application of vertical transverse isotropic (VTI) resistivity models …

在勘探地球物理中, 不同的地球物理数据通常反映了地下岩石不同的地球物理属性,
这些观测数据能够相互补充, 从而得到地下构造更可靠的成像结果. 电磁勘探和地震勘探是两种 …