Abstract mitigation guidelines—that is, the applied mitigation measures in specific E&P
activities should Offshore hydrocarbon exploration and production be proportional with the …

Marine acoustic sources are widely used for geophysical imaging, oceanographic sensing,
and communicating with and tracking objects or robotic vehicles in the water column. Under …

Marine vibrators are an emerging alternative to conventional air guns in ocean-bottom
acquisition due to their ability to generate low-frequency waves and limited adverse impact …

Marine vibrators are a new technology being developed for seismic surveys. These devices
can transmit continuous instead of impulsive sound and operate over a narrower frequency …

地震勘探作为地球物理勘探的重要方法之一, 广泛应用于油气勘探等领域. 震源作为地震勘探的
重要组成部分, 直接影响勘探效果. 可控震源是一种非破坏性震源, 能够激发能量密度低且波形可 …

Velocity model building is crucial for seismic exploration, yet conventional methods struggle
with complex geological scenarios due to assumptions of horizontal layering. These …

The limited bandwidth of a single source normally restricts the imaging resolution for the
subsurface target. Multi-frequency acquisition is a promising way to enhance the resolution …

Ten years ago, CGG launched a project to develop a new concept of marine vibrator (MV)
technology. We present our work, concluding with the successful acquisition of a seismic …

First-arrival picking is a critical step of determining the onsets of signals in seismic
exploration. Existing approaches are usually sensitive to background noise and user …

Towed marine vibrators present a unique set of processing challenges not found with airgun
arrays. One of them is the Doppler effect, which generates a frequency shift in the recorded …