Recent progress in rotational sensor technology has made it possible to directly measure
rotational ground-motion induced by seismic waves. When combined with conventional …

摘要面波频散反演是揭示地下速度结构的一项重要手段. 传统面波勘探技术侧重于多台站阵列
数据频散分析. 旋转地震学理论框架下六分量地震观测时, 仅利用单台站记录的平动与旋转分量 …

Microzonation is one of the essential tools in seismology to mitigate earthquake damage by
estimating the near-surface velocity structure and developing land usage plans and …

We provide a six-component (6-C) polarization model for P-, SV-, SH-, Rayleigh-, and Love-
waves both inside an elastic medium as well as at the free surface. It is shown that single …

Microzonation, the estimation of (shear) wave velocity profiles of the upper few 100 m in
dense 2D profiles, is one of the key methods for understanding the variation in seismic …

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

Although rotational seismology has progressed in recent decades, the links between
rotational ground motion and site soil conditions are poorly documented. New experiments …

We present a technique to automatically classify the wave type of seismic phases that are
recorded on a single six-component recording station (measuring both three components of …

Surface wave dispersion curve inversion is utilized to obtain subsurface velocity structure,
but the traditional surface wave exploration technology focuses on the dispersion analysis …

We describe measurements of the rotational component of teleseismic surface waves using
an inertial high‐precision ground‐rotation sensor installed at the Laser Interferometer …