Publications

2005
Fouad DJAIZ, A BOUMEZBEUR, Ramdane M. L’apport géotechnique à l’étude du phénomène du mouvement du sol : retrait gonflement.; 2005.
BENZEROUAL T. l’Enseignant, l’apprenant et l’ordinateur : Nouveau positionnement didactique. Social and Human Sciences Review BatnaSocial and Human Sciences Review Batna. 2005.
Khernane N, Mamouni A, Makhloufi H. L’opération de Salter dans le traitement de la luxation congénitale de la hanche. Analyse et résultats à propos de 65 cas. Algérie; 2005.
IE N, S A, Nafaa B. Mécanismes d&⋕39;acquisition de la salinité des eaux de la nappe phréatique de la basse Vallée de l’Oued Mya (Ouargla).; 2005.
Benferhat S, TITOUNA F. Min-based fusion of possibilistic networks. EUSFLAT Conf. [Internet]. 2005 :553-558. Publisher's Version
Balarac G, Si-Ameur M. Mixing and coherent vortices in turbulent coaxial jets. Comptes Rendus MécaniqueComptes Rendus Mécanique. 2005;333 :622-627.
Melgani F, Benzid R. A near-lossless spread spectrum watermarking technique for remote sensing imagery. Proceedings. 2005 IEEE International Geoscience and Remote Sensing Symposium, 2005. IGARSS'05. 2005;5 :3231-3234.
Bentrcia T, Mouss LH, Mouss MD. A New Approach Reliability Based for the Design of Hybrid Expert Systems in Industrial Diagnosis Field. 2005.
DRID S, Tadjine M, NAIT-SAID MS. Nonlinear feedback control and torque optimization of a doubly fed induction motor. Journal of electrical engineeringJOURNAL OF ELECTRICAL ENGINEERING. 2005;56 :57-63.
Brioua M, Benbouta R, MADANI S, Adami L. Numerical simulation of the anisotropic elastic field generated by a misfit dislocations along a NiSi2/Si/(001) GaAs heterotwin interface. Journal of colloid and interface scienceJournal of colloid and interface science. 2005;282 :120-123.
Fakhfakh H, Ketata H, Bouassida A, Mallek A, Bahloul A, MHIRI MOHAMEDNABIL. Penoscrotal elephantiasis: a case report. BASIC AND CLINICAL ANDROLOGYBASIC AND CLINICAL ANDROLOGY. 2005;15 :324-327.
Chaiba A, Abdessemed R, Bendaas M-L, Dendouga A. Performances of fuzzy logic based torque tracking control for doubly fed induction generator. 2005.
Guerfi S. Polype endometrial cancérisé : à propos d’une observation.; 2005.
Dendouga A, Abdessemed R, Bendaas M-L, Chaiba A. Power flow controlof a doubly fed induction generator (DFIG). 2005.
Ayache R. Preparation and characterization of transition metal silicides. Physics Department [Internet]. 2005. Publisher's Version
BENABDELKADER SOUAD, Boulemden M. Recursive algorithm based on fuzzy 2-partition entropy for 2-level image thresholding. Pattern RecognitionPattern Recognition. 2005;38 :1289-1294.
Tazib W, Toufik N, Salame C, Mialhe P, Belkhir} MA. Reliability of microelectronic devices from emitter-base junction characterisation. 2005;78 (5) :65.
Samir Z, Mahieddine D, Abdelmadjid Z, Said T. Résolution collaborative d’exercices en situation d’apprentissage à distance. 2005.
Salhi R, Bouhidel KE-. A Rigorous Calculation Method for Determining Potential-pH Diagrams in Metal-ammonia-water Systems. Asian Journal of Chemistry [Internet]. 2005;17 (01) : 245-258. Publisher's VersionAbstract

The main aim of this research work is to determine optimal leaching conditions: Eh, pH and total ammonia concentrations, for recovery of copper and nickel from electroplating hydroxide sludges containing iron, chrome, copper and nickel hydroxides. This has been preceded by a theoretical approach and numerical and computer calculation. By maintaining total dissolved metal and total ammonia constant, all equilibriums are taken into consideration simultaneously. The diagrams then show stable domains for the solution and solids. Solubility curves and potential-pH diagrams for the copper-water-ammonia and nickel-water-ammonia systems at different total metal and different total ammonia concentrations have been presented. This analysis has practical value in interpreting the process conditions required to conduct hydrometallurgical process.

Salhi R. A rigorous calculation method for determining potential-pH diagrams Part I: Copper in aqueous solutions of various complexing agents. IJCCE [Internet]. 2005;24 (03) :245-258. . Publisher's VersionAbstract

The main aim of this research is to determine optimal leaching conditions; Eh, pH and complexing agent concentrations, for recovery of Copper from hydroxide sludges such as those produced by electroplating shops, metal finishers, treatment of acid mine drainage, and industrial wastewater in general. This has been preceded by a theoretical approach and numerical and computer calculation. Potential-pH diagrams for the copper-water-ammonia, copper-watercyanide, copper-water-glycine, copper-water-ethylenediamine (En) and copper-water-ethylenediaminetetracetic acid (EDTA) systems are derived at different total copper and complexing agent concentrations. The originality of our method is the introduction of a rigorous calculating method; we don’t neglect any equilibrium or species for Eh-pH diagrams and with the free concentration of complexing agent (pL-pH) diagram to show the stable regions of soluble copper species.

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