Ambient Noise Tomography

The shallow subsurface velocity structures using Ambient Noise Tomography

作者:

The shallow subsurfacevelocity structuresin Penghu Islands using Ambient Noise Tomography

  1. We deployed 125 Texan instruments from Mayto June 2015.

  2. The Rayleigh wave empirical Green’s function between the two stations is reconstructed from the continuous record of the station pair.

  3. Based on the well logs and the distribution of magnetic anomalies, the higher velocities beneath the bay areas could be related to the intrusive igneous rocks.

翁筱彤 Siao-Tong Wong
碩士論文：利用噪訊成像探討澎湖群島淺層地下速度構造
Master’s Thesis: The shallow subsurface velocity structures in Penghu Islands using Ambient Noise Tomography

3-D Vs ambient noise tomography from dense seismic array

作者:

3-D shear wave shallow crustal structures at Meishan fault zone using ambient noise tomography

  1. We present the results of 3-D shear wave shallow crustal velocity structure from ambient noise Rayleigh wave tomography with the data set of dense seismic array.

  2. The results of ambient noise tomography has finer resolution than previous studies from geophysical way.

Kuo-Chen, H., K.-X. Chen, W.-F. Sun, C.-W. Ho, Y.-H. Lee, Z.-K. Guan, C.-C. Kang, W.-Y. Chang (2017) 3D Vs ambient noise tomography in the source region of the 2016 Mw6.4 Meinong earthquake in Taiwan, Terrestrial, Atmospheric and Oceanic Sciences, doi:10.3319/TAO.2016.12.28.01

鄭璟郁 Ching-Yu Cheng
碩士論文：利用噪聲成像解析嘉義梅山斷層區域之三維淺層剪力波速度構造
Master’s Thesis: 3-D shear wave shallow crustal structures at Meishan fault zone using ambient noise tomography