Search Results - "Adhiri, R."

Comprehensive study of the structural properties and dielectric responses of Ba(2-x)Sr(x)GdFeNb4O15 materials by Farhan, J., Laaraj, A., Bahassan, K., Majdoubi, H., Chakir, A., El Bouari, A., Lachhab, T., Adhiri, R.

“…A comprehensive investigation has been conducted on Ba (2-x) Sr (x) GdFeNb 4 O 15 powders. These powders were synthesized through the conventional solid-state…”
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Sol-gel processing and physic-chemical characterization of La and Ce doped lead titanate ceramics by Guaaybess, Y., Maanan, M., Adhiri, R., Moussetad, M., El Mesbahi, A., Sayouri, S., Zarhouni, L.

“…PbTiO3 (PT) sol gel processed powders doped with lanthanum (PLT14) and cerium (PLCexT14, x = 1; 3; 6; 10) were characterized by XRD and Raman spectroscopy. The…”
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Coupled electrical–thermal modeling of photovoltaic modules: An overview by Aalloul, R., Adhiri, R., Benlattar, M., Elaissaoui, A.

“…The current study reviews thermal, electrical, and coupled modeling of solar systems, emphasizing the prediction of photovoltaic system behavior. All…”
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Synthesis and structural analysis of new materials, ferroelectric Ba (2− x ) Sr x GdFeNb 4 O 15 solid solution with (0 ≤ x ≤ 2) by Farhan, J., Laaraj, A., Majdoubi, H., Ifegous, B., Lachhab, T., Adhiri, R.

“…Abstract only…”
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Comprehensive study of the structural properties and dielectric responses of Ba (2-x) Sr (x) GdFeNb 4 O 15 materials by Farhan, J., Laaraj, A., Bahassan, K., Majdoubi, H., Chakir, A., El Bouari, A., Lachhab, T., Adhiri, R.

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Isotropic Spin Trap EPR Spectra Simulation by Fast Fourier Transform (FFT) by S. Laachir, M. Moussetad, R. Adhiri, A. Fahli

“…The detection and investigation of free radicals forming in living systems became possible due to the introduction of the method of spin traps. In this work,…”
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Numerical simulation of photorefractive gain in CdTe:V with optimum frequency of the electric field by Ifegous, B., Fliyou, M., Adhiri, R., Sribi, C., Fahli, A., Souifi, A., Bremond, G.

“…The investigation of photorefractive semiconductors is strongly motivated by near infrared applications in the 1–1.5 μm wavelength range. CdTe doped with…”
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Properties of Cd1−xZnxTe crystals grown by high pressure Bridgman for nuclear detection by Fougeres, P., Hage-Ali, M., Koebel, J.M., Siffert, P., Hassan, S., Lusson, A., Triboulet, R., Marrakchi, G., Zerrai, A., Cherkaoui, K., Adhiri, R., Bremond, G., Kaitasov, O., Ruault, M.O., Crestou, J.

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Elaboration and characterization of ferroelectric materials Sr2(1-x)Na(1+x)GdxNb5O15 synthesized by solid process by Laaraj, A., Farhan, J., Ifegous, B., Benlattar, M., Lachhab, T., Adhiri, R.

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Crystal-Field Energy Levels of Trivalent Erbium Ion in Cubic Symmetry by S., Laachir, M., Moussetad, R., Adhiri, A., Fahli

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Blue/green luminescence based on Zn(S)Se/GaAs heterostructures by Hizem, N., Kalboussi, A., Adhiri, R., Souifi, A.

“…Substantial advances have been realized in the aim to achieve blue–green light emitting devices based on Zn(S)Se wide band gap II–VI semi-conductor materials…”
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Properties of Cd 1− xZn xTe crystals grown by high pressure Bridgman for nuclear detection by Fougeres, P., Hage-Ali, M., Koebel, J.M., Siffert, P., Hassan, S., Lusson, A., Triboulet, R., Marrakchi, G., Zerrai, A., Cherkaoui, K., Adhiri, R., Bremond, G., Kaitasov, O., Ruault, M.O., Crestou, J.

“…Cd x Zn 1− x Te crystals grown by high-pressure Bridgman are promising for nuclear detection and are already widely used and studied for this application…”
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Properties of Cd1-xZnxTe crystals grown by high pressure Bridgman for nuclear detection by FOUGERES, P, HAGE-ALI, M, ADHIRI, R, BREMOND, G, KAITASOV, O, RUAULT, M. O, CRESTOU, J, KOEBEL, J. M, SIFFERT, P, HASSAN, S, LUSSON, A, TRIBOULET, R, MARRAKCHI, G, ZERRAI, A, CHERKAOUI, K

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Band-Alignment of ZnSe/ZnSSe Based Layer Structures for Light Emitting Devices, Determination by Photocurrent Measurements by Adhiri, R., Atmani, E.H., Moussetad, M., Fahli, A., Jaouad, A., Souifi, A., Guillot, G., Uusimaa, P., Rinta-Moykky, A., Pessa, M.

“…ZnSe-GaAs heterostructures are heterovalent semiconductor heterostructures which are almost lattice-matched, and appear in most recently demonstrated blue and…”
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