Hu, H. Et Al. 2019. A novel measurement of the surface wave dispersion with high and adjustable resolution: Multi-channel nonlinear signal comparison. JOURNAL OF APPLIED GEOPHYSICS , vol.160 , 236-241.

Hu, H., ŞENKAYA, M., & Zheng, Y., (2019). A novel measurement of the surface wave dispersion with high and adjustable resolution: Multi-channel nonlinear signal comparison. JOURNAL OF APPLIED GEOPHYSICS , vol.160, 236-241.

Hu, Hao, MUSTAFA ŞENKAYA, And Yingcai Zheng. "A novel measurement of the surface wave dispersion with high and adjustable resolution: Multi-channel nonlinear signal comparison," JOURNAL OF APPLIED GEOPHYSICS , vol.160, 236-241, 2019

Hu, Hao Et Al. "A novel measurement of the surface wave dispersion with high and adjustable resolution: Multi-channel nonlinear signal comparison." JOURNAL OF APPLIED GEOPHYSICS , vol.160, pp.236-241, 2019

Hu, H. ŞENKAYA, M. And Zheng, Y. (2019) . "A novel measurement of the surface wave dispersion with high and adjustable resolution: Multi-channel nonlinear signal comparison." JOURNAL OF APPLIED GEOPHYSICS , vol.160, pp.236-241.

@article{article, author={Hao Hu Et Al. }, title={A novel measurement of the surface wave dispersion with high and adjustable resolution: Multi-channel nonlinear signal comparison}, journal={JOURNAL OF APPLIED GEOPHYSICS}, year=2019, pages={236-241} }