With the emergence of portable broadband seismic instrumentation, availability of digital
networks with wide dynamic range, and development of new powerful analysis techniques …

Passive surface wave methods are non-invasive, low-cost, and robust approaches to image
near-surface shear-wave velocity (Vs) structure using passive seismic sources. A clean and …

Ambient noise surface wave methods have gained much attention among geophysical and
civil engineering communities because of their capability of determining near-surface shear …

面波勘探在浅层勘探中获得了广泛应用. 随着地震干涉理论和被动源噪声互相关技术的发展,
发现传统的基于微动技术的空间自相关技术(SPAC) 方法和背景噪声互相关函数(NCF) …

The recently developed frequency‐Bessel transformation (F‐J) method is effective to extract
multimode surface wave dispersion curves from ambient noise cross‐correlation functions …

We cross correlate 4 years of seismic noise from the seismic network of Piton de la
Fournaise Volcano (La Réunion Island) to measure the group velocity dispersion curves of …

The 3D S wave velocity of shallow structures, especially the quaternary sediments at 0–1 km
near the surface, is an important issue of concern in urban planning and construction for …

Linear arrays are usually deployed for passive surface-wave investigations because of their
high efficiency and convenience. In populated urban areas, it is almost impossible to set up …

Metropolitan Tokyo is subject to significant seismic hazards because it is located near a
triple junction of tectonic plates and because it sits atop the soft and thick sediments of the …

Prevention of earthquake disaster is critical in the densely populated Kanto Basin, Japan,
because of the presence of thick sediments that amplify strong ground motion. For this, a …