Abstract Due to the velocity of Love wave is independent of the P wave velocity, the multi-channel analysis of Love wave method has the characteristics of simple dispersion curves, clear energy, less unknown parameters in inversion process, less dependency on the initial model, stable inversion results and high resolution. The results shows that, the near-surface SH wave velocity structure can be obtained by inversion of the love wave in the SH wave reflection seismic data, and the shallow geological structure, fault location and the depth of the breakpoint of the near-surface SH wave velocity structure are in good agreement with the SH wave reflection seismic profile and the drilling data. This technique will provide more explanation for the underground structure basis, and improve the reliability of detection results.
DENG Xiaojuan,FENG Shaoying,ZUO Ying et al. Inversion of the Love Wave in the SH Wave Reflection Seismic Data for the Shallow SH-Wave Velocity Structure[J]. jgg, 2017, 37(11): 1126-1130.
DENG Xiaojuan,FENG Shaoying,ZUO Ying et al. Inversion of the Love Wave in the SH Wave Reflection Seismic Data for the Shallow SH-Wave Velocity Structure[J]. jgg, 2017, 37(11): 1126-1130.
