GÜNDAY, A. 2022. A method for distributed sensing of temperature, strain and weight formations employing the acoustic velocity and Bulk modulus of fused silica. Optik , vol.252 .

GÜNDAY, A., (2022). A method for distributed sensing of temperature, strain and weight formations employing the acoustic velocity and Bulk modulus of fused silica. Optik , vol.252.

GÜNDAY, ABDURRAHMAN. "A method for distributed sensing of temperature, strain and weight formations employing the acoustic velocity and Bulk modulus of fused silica," Optik , vol.252, 2022

GÜNDAY, ABDURRAHMAN. "A method for distributed sensing of temperature, strain and weight formations employing the acoustic velocity and Bulk modulus of fused silica." Optik , vol.252, 2022

GÜNDAY, A. (2022) . "A method for distributed sensing of temperature, strain and weight formations employing the acoustic velocity and Bulk modulus of fused silica." Optik , vol.252.

@article{article, author={ABDURRAHMAN GÜNDAY}, title={A method for distributed sensing of temperature, strain and weight formations employing the acoustic velocity and Bulk modulus of fused silica}, journal={Optik}, year=2022}