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Author

C. Bilel

Institution: Jouf University
ORCID: 0000-0002-9048-2976
Observed ORCID: 0000-0002-9048-2976
OpenAlex ID: A5025686207
Structural and optical investigations on sprayed Co doped La2O3 thin films along with photocatalytic and anti-bacterial applications
2021 · R. Jbeli, M. Lahmar, et al. · Optik · 26
Synthesis and physical characterization of Ni-doped La2O3 for photocatytic application under sunlight
2021 · C. Bilel, R. Jbeli, et al. · Journal of Materials Science Materials in Electronics · 23
Physical investigations on annealed structure Cu/La2O3 for photocatalytic application under sunlight
2020 · C. Bilel, R. Jbeli, et al. · Journal of Materials Science Materials in Electronics · 20
Discontinuities and bands alignments of strain-balanced III-V-N/III-V-Bi heterojunctions for mid-infrared photodetectors
2016 · K. Chakir, C. Bilel, et al. · Superlattices and Microstructures · 13
Theoretical calculations of absorption spectra of GaNAsBi-based MQWs operating at 1.55 μm
2015 · A. Ben Nasr, M.M. Habchi, et al. · Journal of Alloys and Compounds · 13
Carriers confinement study of GaNAsBi/GaAs QWs emitting at 1.3 and 1.55 μm
2015 · A. Ben Nasr, M. M. Habchi, et al. · Semiconductors · 13
Self-consistent analysis of the band structure of doped lattice-matched GaNAsBi-based QWs operating at 1.55μm
2014 · M.M. Habchi, C. Bilel, et al. · Materials Science in Semiconductor Processing · 12
Growth and investigation of LaNiO3/La2O3 composites films for optoelectronic applications
2021 · R. Jbeli, A. Mami, et al. · Optik · 10
Photoreflectance characterization of vanadium-doped GaAs layers grown by metalorganic vapor phase epitaxy
2014 · C. Bilel, H. Fitouri, et al. · Materials Science in Semiconductor Processing · 10
Theoretical study of the carrier effective mass in diluted III-N-V semiconductor alloys by using 10-band k.p model
2016 · K. Chakir, C. Bilel, et al. · Thin Solid Films · 9
n doping effect modeling in 1.3 μm GaN0.58As1−1.58Bi /GaAs quantum wells
2015 · C. Bilel, M.M. Habchi, et al. · Physica E Low-dimensional Systems and Nanostructures · 8
Optical gain spectra of 1.55 μm GaAs/GaN.58yAs1-1.58yBiy/GaAs single quantum well
2016 · I. Guizani, C. Bilel, et al. · Superlattices and Microstructures · 7
Stark effect in GaNAsBi/GaAs quantum wells operating at 1.55 μm
2014 · C. Bilel, M.M. Habchi, et al. · Thin Solid Films · 6
Atomistic mechanism effects on the growth of GaAsBi and GaAs nanowires
2022 · Sonia Blel, C. Bilel · Solid State Communications · 5
Charge carrier modulation in dual-gated graphene field effect transistor using honey as polar organic gate dielectric
2021 · Meshal Alzaid, Muhammad Zahir Iqbal, et al. · Applied Physics A · 4
Modeling of the Growth Mechanisms of GaAsBi and GaAs Nanowires
2021 · Sonia Blel, C. Bilel · Journal of Electronic Materials · 4
Electron Mobility Calculation of Diluted III–V-Nitrides Alloys
2019 · K. Chakir, C. Bilel, et al. · Semiconductors · 4
Study of Stark Effect in n-doped 1.55 μm InN0.92yP1−1.92yBiy/InP MQWs
2018 · C. Bilel, K. Chakir, et al. · Journal of Electronic Materials · 4
Investigation of the doping and Stark effects on the band structure and optical absorption of 1.55 μm GaNAsBi/GaAs MQWs
2015 · C. Bilel, M.M. Habchi, et al. · Current Applied Physics · 4
Photoreflectance analysis of annealed vanadium-doped GaAs thin films grown by metalorganic vapor phase epitaxy
2015 · H. Fitouri, C. Bilel, et al. · Solid State Communications · 4
Investigation on the photocatalytic activity of La2O3/LaFeO3 composite prepared by spray pyrolysis technique
2022 · C. Bilel · Journal of Materials Science Materials in Electronics · 3
Optical Investigation of p-GaAs/i-GaN0.38yAs1-1.38ySby/n-GaAs Quantum Wells Emitters
2022 · I. Guizani, C. Bilel, et al. · Journal of Nanotechnology · 2
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Formation of Fe nanowires on Cu(1 0 0) vicinal surfaces
2019 · C. Bilel, Sonia Blel, et al. · Results in Physics · 2
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Effects of p-type doping and electric field on electronic band structure and optical properties of GaNAsBi/GaAs quantum well detectors operating at 1.55 μm
2016 · I. Guizani, C. Bilel, et al. · Thin Solid Films · 2
Works count: 24
Citation count: 208
H-index: 9
I10-index: 9
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