ŞENKAYA, M. Et Al. 2020. Obtaining reliable S-wave velocity depth profile by joint inversion of geophysical data: the combination of active surface-wave, seismic refraction and electric sounding data. NEAR SURFACE GEOPHYSICS , vol.18, no.6 , 659-682.

ŞENKAYA, M., KARSLI, H., Socco, L. V., & Foti, S., (2020). Obtaining reliable S-wave velocity depth profile by joint inversion of geophysical data: the combination of active surface-wave, seismic refraction and electric sounding data. NEAR SURFACE GEOPHYSICS , vol.18, no.6, 659-682.

ŞENKAYA, MUSTAFA Et Al. "Obtaining reliable S-wave velocity depth profile by joint inversion of geophysical data: the combination of active surface-wave, seismic refraction and electric sounding data," NEAR SURFACE GEOPHYSICS , vol.18, no.6, 659-682, 2020

ŞENKAYA, MUSTAFA Et Al. "Obtaining reliable S-wave velocity depth profile by joint inversion of geophysical data: the combination of active surface-wave, seismic refraction and electric sounding data." NEAR SURFACE GEOPHYSICS , vol.18, no.6, pp.659-682, 2020

ŞENKAYA, M. Et Al. (2020) . "Obtaining reliable S-wave velocity depth profile by joint inversion of geophysical data: the combination of active surface-wave, seismic refraction and electric sounding data." NEAR SURFACE GEOPHYSICS , vol.18, no.6, pp.659-682.

@article{article, author={MUSTAFA ŞENKAYA Et Al. }, title={Obtaining reliable S-wave velocity depth profile by joint inversion of geophysical data: the combination of active surface-wave, seismic refraction and electric sounding data}, journal={NEAR SURFACE GEOPHYSICS}, year=2020, pages={659-682} }