This paper introduces the basic target detection theory in the complicated noise environment and analyses the constant false alarm performance in Rayleigh noise environment by using parameter detection method.

Using velocity inversion of seismic Rayleigh wave to compute S-wave statics of P-SV wave;

Dispersion of Rayleigh wave in a saturated soil ground;

Detecting water-bearing fault belt during highway tunnel construction by Rayleigh wave technique;

Dynamic response of single pile embedded in half-space saturated soil subjected to Rayleigh waves;

Research on vertical dynamic response of single-pile in radially inhomogeneous soil during the passage of Rayleigh waves;

Joint inversion of fundamental and higher mode Rayleigh waves;

Discussion on feasibility of using Rayleigh wave to investigate near-surface structure.;

Application of Rayleigh wave in the quality detection of anti-seepage walls;

Application of Rayleigh wave in geological exploration;