Peer Reviewed Journals:
·
Liang, C., C. A. Langston (2008), Ambient
seismic noise tomography and structure of eastern
· Liang, C., C. A. Langston (2008), Wave Gradiometry for USArray (1): Rayleigh waves. In review, [Download].
· Liang, C., C. A. Langston (2008), Wave Gradiometry for USArray (2): Body waves. In preparation.
· Langston, C. A., C. Liang (2008), Wave Gradiometry for polarized seismic waves, in review.
· Liang, C., and X. Song (2006), A low velocity belt beneath northern and eastern Tibetan Plateau from Pn tomography, Geophys. Res. Lett., 33, L22306, doi:10.1029/2006GL027926. [Download]. [Support Materials]
·
Liang, C., X. Song and J. Huang (2004), Tomographic
inversion of Pn trave times in
· Liang, C., J. Zhu, J. Cao,(2000), 3D Ray Tracing and Application in East Asia, Computational Techniques of Geophysics and Geochemistry, 2000 (in Chinese).
·
Liang,
C., (1999), Data processing in 3D body wave tomography,
Conference Presentations:
· AGU 2007: Wave Gradiometry for USArray (December, 2007)
·
AGU 2006:
Ancient rifting zones in eastern
· AGU 2005: Extracting Green’s function out of ambient noise and one explicit explanation based on a wave field division method
· AGU 2004: Three Component receiver functions of array data from the Tibetan plateau.
· AGU 2003: Moho discontinuity of Tibetan Plateau by Pn inversion.
·
AGU 2002:
Pn Tomography of
·
Earthscope
annual meeting 2007: High
resolution group velocity model for eastern
·
SSA
annual meeting 2007: Wave Gradiometry applied to geophone array.
·
AGU
West Pacific Geophysics Meeting, Beijing, 2006, Passive seismic imaging and
its application in eastern
· SSA east section 2004: Comparison of two deconvolution methods for computing three-component receiver functions.