Follow
Salem F. Hegazy
Salem F. Hegazy
Cairo University, NILES: National Institute of Laser Enhanced Sciences
Verified email at niles.edu.eg - Homepage
Title
Cited by
Cited by
Year
Simultaneous suppression of time-delay signature in intensity and phase of dual-channel chaos communication
A Elsonbaty, SF Hegazy, SSA Obayya
IEEE Journal of Quantum Electronics 51 (9), 1-9, 2015
382015
Compact optical asymmetric cryptosystem based on unequal modulus decomposition of multiple color images
M Abdelfattah, SF Hegazy, NFF Areed, SSA Obayya
Optics and Lasers in Engineering 129, 106063, 2020
282020
Nanogold-loaded chitosan nanocomposites for pH/light-responsive drug release and synergistic chemo-photothermal cancer therapy
DS Salem, SF Hegazy, SSA Obayya
Colloid and Interface Science Communications 41, 100361, 2021
252021
Chaotic Polarization-Assisted DPSK-MPPM Modulation for Free-Space Optical Communications
AE Elfiqi, HS Khallaf, SF Hegazy, A Elsonbaty, HMH Shalaby
IEEE Transactions on Wireless Communications 18 (9), 4225-4237, 2019
252019
Simultaneous concealment of time delay signature in chaotic nanolaser with hybrid feedback
A Elsonbaty, SF Hegazy, SSA Obayya
Optics and Lasers in Engineering 107, 342-351, 2018
252018
Highly sensitive multi-functional plasmonic biosensor based on dual core photonic crystal fiber
Y Gamal, BM Younis, SF Hegazy, Y Badr, MFO Hameed, SSA Obayya
IEEE Sensors Journal 22 (7), 6731-6738, 2022
192022
Hybrid direct-detection differential phase shift keying-multipulse pulse position modulation techniques for optical communication systems
AE Morra, HMH Shalaby, SF Hegazy, SSA Obayya
Optics Communications 357, 86-94, 2015
172015
Rapid solution of logical equivalence problems by quantum computation algorithm
M Zidan, SF Hegazy, M Abdel-Aty, SSA Obayya
Applied Soft Computing 132, 109844, 2023
162023
Tunable spatial–spectral phase compensation of type-I (ooe) hyperentangled photons
SF Hegazy, SSA Obayya
JOSA B 32 (3), 445-450, 2015
162015
Highly efficient modified dual D-shaped PCF polarization filter
Y Gamal, BM Younis, SF Hegazy, Y Badr, MFO Hameed, SSA Obayya
Optical Fiber Technology 62, 102459, 2021
152021
Orthogonal quasi-phase-matched superlattice for generation of hyperentangled photons
SF Hegazy, SSA Obayya, BEA Saleh
Scientific reports 7 (1), 4169, 2017
152017
Numerical analysis of ultrafast physical random number generator using dual-channel optical chaos
A Elsonbaty, SF Hegazy, SSA Obayya
Optical Engineering 55 (9), 094105-094105, 2016
152016
Relative-phase and time-delay maps all over the emission cone of hyperentangled photon source
SF Hegazy, YA Badr, SSA Obayya
Optical Engineering 56 (2), 026114-026114, 2017
142017
Relative-phase and time-delay maps all over the emission cone of hyperentangled photon source
SF Hegazy, YA Badr, SSA Obayya
Optical Engineering 56 (2), 026114-026114, 2017
142017
Performance evaluation of hybrid DPSK-MPPM techniques in long-haul optical transmission
AE El-Fiqi, AE Morra, SF Hegazy, HMH Shalaby, K Kato, SSA Obayya
Applied Optics 55 (21), 5614-5622, 2016
142016
Optical cryptosystem for visually meaningful encrypted images based on gyrator transform and Hénon map
MG Abdelfattah, SF Hegazy, NFF Areed, SSA Obayya
Optical and Quantum Electronics 54 (2), 113, 2022
112022
Analysis of highly efficient quad-crescent-shaped Si nanowires solar cell
R El-Bashar, M Hussein, SF Hegazy, Y Badr, MFO Hameed, SSA Obayya
Optics Express 29 (9), 13641-13656, 2021
102021
Electrical performance of efficient quad-crescent-shaped Si nanowire solar cell
R El-Bashar, M Hussein, SF Hegazy, Y Badr, BMA Rahman, KTV Grattan, ...
Scientific Reports 12 (1), 48, 2022
82022
A new technique for ultrafast physical random number generation using optical chaos
A Elsonbaty, SF Hegazy, SSA Obayya
Semiconductor lasers and laser dynamics VII 9892, 266-271, 2016
82016
Highly sensitive plasmonic PCF biosensor
Y Gamal, BM Younis, SF Hegazy, Y Badr, MFO Hameed, SSA Obayya
2021 International Applied Computational Electromagnetics Society Symposium …, 2021
72021
The system can't perform the operation now. Try again later.
Articles 1–20