1) So, Rayleigh wave prospecting is presented in this thesis.

2) The Rayleigh wave exploration plays an important role in production when it applies to the mining geology.

3) Low-frequency pseudo Rayleigh wave (high velocity)can be used to estimate shear wave attenuation, then permeability in original state formation.

4) The evaluation of Rayleigh wave dispersion characteristic is the key step for detecting S - wave velocity structure.

5) Prospecting metal mine goafs by Rayleigh wave method is introduced.

6) Rayleigh wave method is a jumped-up and effective in-situ test.

7) However,[http:///rayleigh wave.html] Rayleigh Wave is the right way for the formation velocity by its frequency characteristic.

8) The compressional wave components of Rayleigh wave energy would slightly increase with the decreasing saturation.

9) Airy phase of high-frequency pseudo Rayleigh wave (low velocity) is good permeability indicator when environmental condition is taken into account.

10) The Rayleigh wave speed is very close to the shear wave speed.

11) The dispersive characteristics of wave is the direct objective of Rayleigh wave ex - ploration.

12) The numerical modeling result shows the intuitive wave field characteristics of Rayleigh wave in interstice media.

13) The discovery of the method of using portable falling weight deflectometer and Rayleigh wave satisfy our need.

14) A type of coherent noise generated by a surface wave, typically a low-velocity, low-frequency, high-amplitude Rayleigh wave.