Time–frequency (TF)-domain polarization analysis (PA) methods are widely used as a
processing tool to decompose multicomponent seismic signals. However, as a drawback …

To establish a robust method of determining and correcting the misorientation of
seismometers with radial and tangential components of the teleseismic receiver function …

The correct orientation of seismic sensors is critical for studies such as full moment tensor
inversion, receiver function analysis, and shear‐wave splitting. Therefore, the orientation of …

Microseismic event back-azimuth is an indispensable parameter for source localization in
downhole microseismic monitoring, and the accurate orientation of horizontal components of …

Utilizing low‐frequency events reported by the Marsquake Service (MQS), we selected
waveform data collected from the InSight mission to characterize the origins of three …

Reliable information on the horizontal orientation of a seismometer is crucial to
seismological research utilizing three-component seismograms. In this study, we provide …

Knowing the orientation of horizontal components of seismic sensors is important for many
seismological applications such as waveform modeling, receiver function analysis, and …

Accurate sensor orientation is important in providing reliable data used for seismological
analysis such as P‐wave receiver function analysis, shear‐wave splitting, and ambient …

We present the first in a series of dataset and model assessment products for investigating
Africa's lithosphere (ADAMA). This is a comprehensive catalog of short‐period interstation …

现代地震研究依赖于可靠的三分量观测数据, 地震计的北分量是否严格指北将直接影响研究的
准确性. 然而, 受台站附近磁异常或人为安装错误的影响, 地震计的方位角可能出现偏差 …