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2017
Frih B, Mkacher W, Bouzguenda A, Jaafar H, ALkandari SA, Salah ZB, Sas B, Hammami M, Frih A. Effects of listening to Holy Qur’an recitation and physical training on dialysis efficacy, functional capacity, and psychosocial outcomes in elderly patients undergoing haemodialysis. Libyan Journal of MedicineLibyan Journal of Medicine. 2017;12.
Frih B, Mkacher W, Bouzguenda A, Jaafar H, ALkandari SA, Salah ZB, Sas B, Hammami M, Frih A. Effects of listening to Holy Qur’an recitation and physical training on dialysis efficacy, functional capacity, and psychosocial outcomes in elderly patients undergoing haemodialysis. Libyan Journal of MedicineLibyan Journal of Medicine. 2017;12.
Frih B, Mkacher W, Bouzguenda A, Jaafar H, ALkandari SA, Salah ZB, Sas B, Hammami M, Frih A. Effects of listening to Holy Qur’an recitation and physical training on dialysis efficacy, functional capacity, and psychosocial outcomes in elderly patients undergoing haemodialysis. Libyan Journal of MedicineLibyan Journal of Medicine. 2017;12.
Frih B, Mkacher W, Bouzguenda A, Jaafar H, ALkandari SA, Salah ZB, Sas B, Hammami M, Frih A. Effects of listening to Holy Qur’an recitation and physical training on dialysis efficacy, functional capacity, and psychosocial outcomes in elderly patients undergoing haemodialysis. Libyan Journal of MedicineLibyan Journal of Medicine. 2017;12.
Frih B, Mkacher W, Bouzguenda A, Jaafar H, ALkandari SA, Salah ZB, Sas B, Hammami M, Frih A. Effects of listening to Holy Qur’an recitation and physical training on dialysis efficacy, functional capacity, and psychosocial outcomes in elderly patients undergoing haemodialysis. Libyan Journal of MedicineLibyan Journal of Medicine. 2017;12.
Frih B, Mkacher W, Bouzguenda A, Jaafar H, ALkandari SA, Salah ZB, Sas B, Hammami M, Frih A. Effects of listening to Holy Qur’an recitation and physical training on dialysis efficacy, functional capacity, and psychosocial outcomes in elderly patients undergoing haemodialysis. Libyan Journal of MedicineLibyan Journal of Medicine. 2017;12.
BOULILA ISMAHANE. Effet de chlorure de nickel sur l’érythropoïèse et les organes génitaux chez la rate gestante Wistar. Rôle du zinc et du sélénium. 6èmes journées scientifiques de l’association Tunisienne de toxicologie(ATT). 21 -23 Janvier. 2017.
Saouli A. Effets de la forte dose de chlorure de nickel seul administrée par voie sous cutanée sur les paramètres hématologique et l’histologie des testicules chez les rats males de la soucheWistar. Vème congrès International de Biotechnologie et valorisation des Bioressources. 22-25 Mars . 2017.
Salah I. Effets de l’administration par voie sous- cutanée du nickel associe avec le zinc et le sélénium sur les paramètres hématologique et rénaux chez les rat Wistar. Vème congrès International de Biotechnologie et valorisation des Bio ressources.22-25 Mars. 2017.
Mahdjoub H, Mokrani K, Tebbal S. Efficacité du métronidazole sur la leishmaniose cutanée devant une contre-indication chez une femme enceinte. 3èmes Journées Franco-Maghrébines de Parasitologie- Mycologie . 2017.
Mahdjoub H, Mokrani K, Tebbal S. Efficacité du métronidazole sur la leishmaniose cutanée devant une contre-indication chez une femme enceinte. 3èmes Journées Franco-Maghrébines de Parasitologie- Mycologie . 2017.
Mahdjoub H, Mokrani K, Tebbal S. Efficacité du métronidazole sur la leishmaniose cutanée devant une contre-indication chez une femme enceinte. 3èmes Journées Franco-Maghrébines de Parasitologie- Mycologie . 2017.
Ameghchouche A, Benyahia A, Tebbal S, KALLA N, Mokrani K. Efficacité et tolérance de l’association Peg interferon ribavirine chez les patients de l’est algérien atteints d’une infection chronique à VHC. Deuxième conférence internationale d’infectiologie d’Oran, ‘’Thérapeutiques anti- infectieuses : nouveaux défis’’. 2017.
Ameghchouche A, Benyahia A, Tebbal S, KALLA N, Mokrani K. Efficacité et tolérance de l’association Peg interferon ribavirine chez les patients de l’est algérien atteints d’une infection chronique à VHC. Deuxième conférence internationale d’infectiologie d’Oran, ‘’Thérapeutiques anti- infectieuses : nouveaux défis’’. 2017.
Ameghchouche A, Benyahia A, Tebbal S, KALLA N, Mokrani K. Efficacité et tolérance de l’association Peg interferon ribavirine chez les patients de l’est algérien atteints d’une infection chronique à VHC. Deuxième conférence internationale d’infectiologie d’Oran, ‘’Thérapeutiques anti- infectieuses : nouveaux défis’’. 2017.
Ameghchouche A, Benyahia A, Tebbal S, KALLA N, Mokrani K. Efficacité et tolérance de l’association Peg interferon ribavirine chez les patients de l’est algérien atteints d’une infection chronique à VHC. Deuxième conférence internationale d’infectiologie d’Oran, ‘’Thérapeutiques anti- infectieuses : nouveaux défis’’. 2017.
Ameghchouche A, Benyahia A, Tebbal S, KALLA N, Mokrani K. Efficacité et tolérance de l’association Peg interferon ribavirine chez les patients de l’est algérien atteints d’une infection chronique à VHC. Deuxième conférence internationale d’infectiologie d’Oran, ‘’Thérapeutiques anti- infectieuses : nouveaux défis’’. 2017.
Hichem F, Fayçal DJEFFAL, Djemai A, Zohir D. Efficiency Enhancement of a-Si:H/c-Si-Based Radial Solar Cell by Optimizing the Geometrical and Electrical Parameters, ISSN / e-ISSN 1610-1642 / 1610-1642. Current topics in solid state physicsCurrent topics in solid state physics. 2017.Abstract
In this paper, a new particle swarm optimization-based approach is proposed for the geometrical optimization of the nanowires solar cells to achieve improved optical performance. The proposed hybrid approach combines the 3-D numerical analysis using accurate solutions of Maxwell’s equations and metaheuristic investigation to boost the solar cell total absorbance efficiency. Our purpose resides on modulating the electric field and increasing the light trapping capability by optimizing the radial solar cell geometrical parameters. Moreover, a comprehensive study of vertical core-shell nanowire arrays optical parameters such as the integral absorption, reflection, and total absorbance efficiency is carried out, in order to reveal the optimized radial solar cells optical performance for low-cost photovoltaic applications. We find that the proposed hybrid approach plays a crucial role in improving the nanowires solar cells optical performance, where the optimized design exhibits superior total absorbance efficiency and lower total reflection in comparison with those provided by the conventional planar design. The obtained results make the proposed global optimization approach valuable for providing high-efficiency nanowires solar cells.
Hichem F, Fayçal DJEFFAL, Djemai A, Zohir D. Efficiency Enhancement of a-Si:H/c-Si-Based Radial Solar Cell by Optimizing the Geometrical and Electrical Parameters, ISSN 1862-6351. Physica Status Solidi ©Physica Status Solidi ©. 2017;volume 14.Abstract
In this paper, a new particle swarm optimization-based approach is proposed for the geometrical optimization of the nanowires solar cells to achieve improved optical performance. The proposed hybrid approach combines the 3-D numerical analysis using accurate solutions of Maxwell’s equations and metaheuristic investigation to boost the solar cell total absorbance efficiency. Our purpose resides on modulating the electric field and increasing the light trapping capability by optimizing the radial solar cell geometrical parameters. Moreover, a comprehensive study of vertical core-shell nanowire arrays optical parameters such as the integral absorption, reflection, and total absorbance efficiency is carried out, in order to reveal the optimized radial solar cells optical performance for low-cost photovoltaic applications. We find that the proposed hybrid approach plays a crucial role in improving the nanowires solar cells optical performance, where the optimized design exhibits superior total absorbance efficiency and lower total reflection in comparison with those provided by the conventional planar design. The obtained results make the proposed global optimization approach valuable for providing high-efficiency nanowires solar cells.
Hichem F, Fayçal DJEFFAL, Djemai A, Zohir D. Efficiency Enhancement of a-Si:H/c-Si-Based Radial Solar Cell by Optimizing the Geometrical and Electrical Parameters, ISSN / e-ISSN 1610-1642 / 1610-1642. Current topics in solid state physicsCurrent topics in solid state physics. 2017.Abstract
In this paper, a new particle swarm optimization-based approach is proposed for the geometrical optimization of the nanowires solar cells to achieve improved optical performance. The proposed hybrid approach combines the 3-D numerical analysis using accurate solutions of Maxwell’s equations and metaheuristic investigation to boost the solar cell total absorbance efficiency. Our purpose resides on modulating the electric field and increasing the light trapping capability by optimizing the radial solar cell geometrical parameters. Moreover, a comprehensive study of vertical core-shell nanowire arrays optical parameters such as the integral absorption, reflection, and total absorbance efficiency is carried out, in order to reveal the optimized radial solar cells optical performance for low-cost photovoltaic applications. We find that the proposed hybrid approach plays a crucial role in improving the nanowires solar cells optical performance, where the optimized design exhibits superior total absorbance efficiency and lower total reflection in comparison with those provided by the conventional planar design. The obtained results make the proposed global optimization approach valuable for providing high-efficiency nanowires solar cells.

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