光纤旋转地震仪具有宽频带, 高灵敏度, 便携等优点, 在地震旋转运动的观测中有着广阔的应用
前景. 光学旋转地震仪的性能会受观测环境噪声的影响, 因此, 在低噪环境下测试仪器的自噪声 …

In the observation of seismic rotational motion, fiber-optic seismometers with wide frequency
band, high sensitivity and portability have broad application prospects. The performance of …

With the development of rotational seismometers, especially the high‐sensitivity optical
seismometers, rotational motions have shown increasing benefits for calculation of …

The real-time monitoring of densely populated areas with high seismic and volcanic risk is of
crucial importance for the safety of people and infrastructures. When an earthquake occurs …

地表运动的旋转量观测在地震学, 地球物理学及工程勘察等研究中具有重要意义, 基于Sagnac
效应的光纤陀螺由于其全固态, 高灵敏度和宽频响特性等优势, 受到旋转地震仪研究和开发的 …

In recent years, rotational seismology has developed rapidly due to the improvement of the
rotational sensors and the progress of seismic observations. Compared to the conventional …

The observation of the rotation of surface motion is of great significance in seismology,
geophysics, engineering exploration, and other research fields. Interferometer fiber optic …

Both horizontal-to-vertical (H/V) spectral ratios and the spatial autocorrelation method
(SPAC) have proven to be valuable tools to gain insight into local site effects by ambient …

A comprehensive overview of seismic signals, waves, instrumentation, and their diverse
applications is discussed in this chapter. Natural seismic signals including tectonic …

Modal analysis of freestanding rock formations is crucial for evaluating their vibrational
response to external stimuli, aiding accurate assessment of associated geohazards …