M. SAYRAÇ Et Al. , "Numerical Investigation of Diffraction Patterns of Small Size Apertures Using Light Sources From Xuv to The Visible Region: Simulation for The Small Size Structures," Cumhuriyet Science Journal , vol.44, no.2, pp.377-383, 2023
SAYRAÇ, M. Et Al. 2023. Numerical Investigation of Diffraction Patterns of Small Size Apertures Using Light Sources From Xuv to The Visible Region: Simulation for The Small Size Structures. Cumhuriyet Science Journal , vol.44, no.2 , 377-383.
SAYRAÇ, M., KAYNAR, E., & UNGAN, F., (2023). Numerical Investigation of Diffraction Patterns of Small Size Apertures Using Light Sources From Xuv to The Visible Region: Simulation for The Small Size Structures. Cumhuriyet Science Journal , vol.44, no.2, 377-383.
SAYRAÇ, MUHAMMED, Emine KAYNAR, And FATİH UNGAN. "Numerical Investigation of Diffraction Patterns of Small Size Apertures Using Light Sources From Xuv to The Visible Region: Simulation for The Small Size Structures," Cumhuriyet Science Journal , vol.44, no.2, 377-383, 2023
SAYRAÇ, MUHAMMED Et Al. "Numerical Investigation of Diffraction Patterns of Small Size Apertures Using Light Sources From Xuv to The Visible Region: Simulation for The Small Size Structures." Cumhuriyet Science Journal , vol.44, no.2, pp.377-383, 2023
SAYRAÇ, M. KAYNAR, E. And UNGAN, F. (2023) . "Numerical Investigation of Diffraction Patterns of Small Size Apertures Using Light Sources From Xuv to The Visible Region: Simulation for The Small Size Structures." Cumhuriyet Science Journal , vol.44, no.2, pp.377-383.
@article{article, author={MUHAMMED SAYRAÇ Et Al. }, title={Numerical Investigation of Diffraction Patterns of Small Size Apertures Using Light Sources From Xuv to The Visible Region: Simulation for The Small Size Structures}, journal={Cumhuriyet Science Journal}, year=2023, pages={377-383} }