In this study, we construct a high-resolution Pn -velocity model in the continental China through a new tomographic scheme that simultaneously inverts event epicenter location and Pn-velocity, and accurately accounts for the Pn propagation effects of irregular crustal thickness variation. The inversion integrates a combined dataset of 32427 absolute Pn travel times and 62431 interstation Pn differential travel times manually picked from the recordings of 2989 stations in and around the continental China
[1] The India-Eurasia collision and the decratonization of the North China Craton have drawn much at...
We are exploring the use of Pn tomography for improving seismic event location in Eurasia. Toward th...
A back-projection algorithm is applied to 353 P,, traveltime measurements to image the lateral varia...
In this study, we construct a high-resolution *Pn*-velocity model in the continental China through a...
In this study, we construct a high-resolution Pn -velocity model in the continental China through a ...
In this study, we construct a high-resolution Pn -velocity model in the continental China through a ...
The uppermost mantle seismic Pn-velocity model is inverted from a new tomographic scheme integrating...
[1] East Asia is one of the most tectonically active regions on Earth’s surface due to the collision...
Pn travel-time tomography provides a way of improving structural information on the uppermost mantle...
Phase data from the Annual Bulletin of Chinese Earthquakes (ABCE) are being collected and used for t...
[1] We have obtained velocity images of the uppermost mantle beneath China by performing tomographic...
The objective of this project is to use a combination of travel-time and surface wave tomography to ...
Western China, as a highly heterogeneous region in terms of its geology, has drawn much attention fr...
Pn velocity lateral variation and anisotropy images were reconstructed by adding about 50 000 travel...
Abstract We have determined the three-dimensional P-wave velocity structure beneath the north–south ...
[1] The India-Eurasia collision and the decratonization of the North China Craton have drawn much at...
We are exploring the use of Pn tomography for improving seismic event location in Eurasia. Toward th...
A back-projection algorithm is applied to 353 P,, traveltime measurements to image the lateral varia...
In this study, we construct a high-resolution *Pn*-velocity model in the continental China through a...
In this study, we construct a high-resolution Pn -velocity model in the continental China through a ...
In this study, we construct a high-resolution Pn -velocity model in the continental China through a ...
The uppermost mantle seismic Pn-velocity model is inverted from a new tomographic scheme integrating...
[1] East Asia is one of the most tectonically active regions on Earth’s surface due to the collision...
Pn travel-time tomography provides a way of improving structural information on the uppermost mantle...
Phase data from the Annual Bulletin of Chinese Earthquakes (ABCE) are being collected and used for t...
[1] We have obtained velocity images of the uppermost mantle beneath China by performing tomographic...
The objective of this project is to use a combination of travel-time and surface wave tomography to ...
Western China, as a highly heterogeneous region in terms of its geology, has drawn much attention fr...
Pn velocity lateral variation and anisotropy images were reconstructed by adding about 50 000 travel...
Abstract We have determined the three-dimensional P-wave velocity structure beneath the north–south ...
[1] The India-Eurasia collision and the decratonization of the North China Craton have drawn much at...
We are exploring the use of Pn tomography for improving seismic event location in Eurasia. Toward th...
A back-projection algorithm is applied to 353 P,, traveltime measurements to image the lateral varia...