BEŞİKCİ, C. 2021. Nature Allows High Sensitivity Thermal Imaging With Type-I Quantum Wells Without Optical Couplers: A Grating-Free Quantum Well Infrared Photodetector With High Conversion Efficiency. IEEE JOURNAL OF QUANTUM ELECTRONICS , vol.57, no.2 .

BEŞİKCİ, C., (2021). Nature Allows High Sensitivity Thermal Imaging With Type-I Quantum Wells Without Optical Couplers: A Grating-Free Quantum Well Infrared Photodetector With High Conversion Efficiency. IEEE JOURNAL OF QUANTUM ELECTRONICS , vol.57, no.2.

BEŞİKCİ, CENGİZ. "Nature Allows High Sensitivity Thermal Imaging With Type-I Quantum Wells Without Optical Couplers: A Grating-Free Quantum Well Infrared Photodetector With High Conversion Efficiency," IEEE JOURNAL OF QUANTUM ELECTRONICS , vol.57, no.2, 2021

BEŞİKCİ, CENGİZ. "Nature Allows High Sensitivity Thermal Imaging With Type-I Quantum Wells Without Optical Couplers: A Grating-Free Quantum Well Infrared Photodetector With High Conversion Efficiency." IEEE JOURNAL OF QUANTUM ELECTRONICS , vol.57, no.2, 2021

BEŞİKCİ, C. (2021) . "Nature Allows High Sensitivity Thermal Imaging With Type-I Quantum Wells Without Optical Couplers: A Grating-Free Quantum Well Infrared Photodetector With High Conversion Efficiency." IEEE JOURNAL OF QUANTUM ELECTRONICS , vol.57, no.2.

@article{article, author={CENGİZ BEŞİKCİ}, title={Nature Allows High Sensitivity Thermal Imaging With Type-I Quantum Wells Without Optical Couplers: A Grating-Free Quantum Well Infrared Photodetector With High Conversion Efficiency}, journal={IEEE JOURNAL OF QUANTUM ELECTRONICS}, year=2021}