C. Başaran And İ. KARAKAYA, "Effects and characterisations of pulse electrodeposition parameters of silver in terms of scattering parameter and surface roughness for waveguides operating at high frequencies," International Journal of Surface Science and Engineering , vol.15, no.2, pp.118-130, 2021
Başaran, C. And KARAKAYA, İ. 2021. Effects and characterisations of pulse electrodeposition parameters of silver in terms of scattering parameter and surface roughness for waveguides operating at high frequencies. International Journal of Surface Science and Engineering , vol.15, no.2 , 118-130.
Başaran, C., & KARAKAYA, İ., (2021). Effects and characterisations of pulse electrodeposition parameters of silver in terms of scattering parameter and surface roughness for waveguides operating at high frequencies. International Journal of Surface Science and Engineering , vol.15, no.2, 118-130.
Başaran, Caner, And İSHAK KARAKAYA. "Effects and characterisations of pulse electrodeposition parameters of silver in terms of scattering parameter and surface roughness for waveguides operating at high frequencies," International Journal of Surface Science and Engineering , vol.15, no.2, 118-130, 2021
Başaran, Caner And KARAKAYA, İSHAK. "Effects and characterisations of pulse electrodeposition parameters of silver in terms of scattering parameter and surface roughness for waveguides operating at high frequencies." International Journal of Surface Science and Engineering , vol.15, no.2, pp.118-130, 2021
Başaran, C. And KARAKAYA, İ. (2021) . "Effects and characterisations of pulse electrodeposition parameters of silver in terms of scattering parameter and surface roughness for waveguides operating at high frequencies." International Journal of Surface Science and Engineering , vol.15, no.2, pp.118-130.
@article{article, author={Caner Başaran And author={İSHAK KARAKAYA}, title={Effects and characterisations of pulse electrodeposition parameters of silver in terms of scattering parameter and surface roughness for waveguides operating at high frequencies}, journal={International Journal of Surface Science and Engineering}, year=2021, pages={118-130} }