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 …

In the recent decades, passive surface wave methods have gained much attention in the
near-surface community due to their ability to retrieve low-frequency surface wave …

Passive seismic methods in highly populated urban areas have gained much attention from
geophysics and civil engineering communities because traditional seismic surveys …

We proposed a new passive seismic method (PSM) based on seismic interferometry and
multichannel analysis of surface waves (MASW) to meet the demand for increasing …

S 波速度结构能够反映地球介质的物性差异, 是地壳内低速区结构特征判别的重要依据.
本文尝试利用空间自相关法(SPAC 法) 从地震台站微动信号的垂直分量中提取瑞利波相速度频 …

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 …

为了研究五大连池火山区尾山火山锥浅层三维波速结构特征, 在尾山火山锥附近区域布设了无线
地震检波器密集台阵, 记录连续地震背景噪声波形数据. 基于微动方法(拓展空间自相关方法) …

We have cross-checked the conventional theory of the spatial autocorrelation method and
the consequence of seismic interferometry: the retrieval of the elastodynamic Green's …

We use the seismic multichannel analysis of surface waves (MASW) method, which
originally used active sources (ie, controlled by users), to present a new alternative …

Near‐surface seismic structure, particularly the shear wave velocity (Vs), can strongly affect
local site response, and should be accurately estimated for ground motion prediction during …