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2014
Mahdavi A, Bahloul A, Haghighat F, Ostiguy C. Contribution of breathing frequency and inhalation flow rate on performance of N95 filtering facepiece respirators. Annals of occupational hygieneAnnals of Occupational Hygiene. 2014;58 :195-205.
Mouda M, Djebabra M, Chati M. Contribution of risk perception for the analysis of non-compliance to work procedures. HealthHealth. 2014;6 :2705.
Mouda M, Djebabra M, Chati M. Contribution of risk perception for the analysis of non-compliance to work procedures. HealthHealth. 2014;6 :2705.
Mouda M, Djebabra M, Chati M. Contribution of risk perception for the analysis of non-compliance to work procedures. HealthHealth. 2014;6 :2705.
Boubaker L, Djebabra MEBAREK, Saadi S. Contribution of stakeholder theory in the management of environmental quality of Algerian firms: case study of the SONATRACH group, Algeria. Management of Environmental Quality: An International JournalManagement of Environmental Quality: An International Journal. 2014.
Boubaker L, Djebabra MEBAREK, Saadi S. Contribution of stakeholder theory in the management of environmental quality of Algerian firms: case study of the SONATRACH group, Algeria. Management of Environmental Quality: An International JournalManagement of Environmental Quality: An International Journal. 2014.
Boubaker L, Djebabra MEBAREK, Saadi S. Contribution of stakeholder theory in the management of environmental quality of Algerian firms: case study of the SONATRACH group, Algeria. Management of Environmental Quality: An International JournalManagement of Environmental Quality: An International Journal. 2014.
Djaghdali L, Belkacem S, Naceri F. Contribution the Predictive Control on the Minimization of the chattering the Torque and the Stator Flux of the Induction Machine.; 2014.
Djaghdali L, Belkacem S, Naceri F. Contribution the Predictive Control on the Minimization of the chattering the Torque and the Stator Flux of the Induction Machine.; 2014.
Djaghdali L, Belkacem S, Naceri F. Contribution the Predictive Control on the Minimization of the chattering the Torque and the Stator Flux of the Induction Machine.; 2014.
Tir Z, Radjeai H, Abdessemed R. Control of a wind energy conversion system based on brushless doubly fed induction generator. Revue des Energies RenouvelablesRevue des Energies Renouvelables. 2014;17.
Tir Z, Radjeai H, Abdessemed R. Control of a wind energy conversion system based on brushless doubly fed induction generator. Revue des Energies RenouvelablesRevue des Energies Renouvelables. 2014;17.
Tir Z, Radjeai H, Abdessemed R. Control of a wind energy conversion system based on brushless doubly fed induction generator. Revue des Energies RenouvelablesRevue des Energies Renouvelables. 2014;17.
RofiaMezaache, Harkat H, Obszynski J, Benkouider A, Blanc A, Weibel J-M, Pale P. Copper(II) bromide as an efficient catalyst for acetal to bisarylmethyl ether interconversion. Tetrahedron LettersTetrahedron Letters. 2014;55 :7167-7171.Abstract
Transprotection of acetals to bis(methoxyphenyl)methyl (BMPM) ethers can be efficiently achieved in the presence of copper dibromide as catalyst in acetonitrile at room temperature. Acetals are conveniently and selectively converted to the corresponding mono-protected diol with bis(methoxyphenyl)methyl isopropyl ether (BMPMOiPr) as the reagent. This new practical reagent allows the BMPM transfer to 1,3-dioxolanes or 1,3-dioxanes under copper catalysis. The reaction conditions are also very mild and tolerant to various functional groups, including other protecting groups.
RofiaMezaache, Harkat H, Obszynski J, Benkouider A, Blanc A, Weibel J-M, Pale P. Copper(II) bromide as an efficient catalyst for acetal to bisarylmethyl ether interconversion. Tetrahedron LettersTetrahedron Letters. 2014;55 :7167-7171.Abstract
Transprotection of acetals to bis(methoxyphenyl)methyl (BMPM) ethers can be efficiently achieved in the presence of copper dibromide as catalyst in acetonitrile at room temperature. Acetals are conveniently and selectively converted to the corresponding mono-protected diol with bis(methoxyphenyl)methyl isopropyl ether (BMPMOiPr) as the reagent. This new practical reagent allows the BMPM transfer to 1,3-dioxolanes or 1,3-dioxanes under copper catalysis. The reaction conditions are also very mild and tolerant to various functional groups, including other protecting groups.
RofiaMezaache, Harkat H, Obszynski J, Benkouider A, Blanc A, Weibel J-M, Pale P. Copper(II) bromide as an efficient catalyst for acetal to bisarylmethyl ether interconversion. Tetrahedron LettersTetrahedron Letters. 2014;55 :7167-7171.Abstract
Transprotection of acetals to bis(methoxyphenyl)methyl (BMPM) ethers can be efficiently achieved in the presence of copper dibromide as catalyst in acetonitrile at room temperature. Acetals are conveniently and selectively converted to the corresponding mono-protected diol with bis(methoxyphenyl)methyl isopropyl ether (BMPMOiPr) as the reagent. This new practical reagent allows the BMPM transfer to 1,3-dioxolanes or 1,3-dioxanes under copper catalysis. The reaction conditions are also very mild and tolerant to various functional groups, including other protecting groups.
RofiaMezaache, Harkat H, Obszynski J, Benkouider A, Blanc A, Weibel J-M, Pale P. Copper(II) bromide as an efficient catalyst for acetal to bisarylmethyl ether interconversion. Tetrahedron LettersTetrahedron Letters. 2014;55 :7167-7171.Abstract
Transprotection of acetals to bis(methoxyphenyl)methyl (BMPM) ethers can be efficiently achieved in the presence of copper dibromide as catalyst in acetonitrile at room temperature. Acetals are conveniently and selectively converted to the corresponding mono-protected diol with bis(methoxyphenyl)methyl isopropyl ether (BMPMOiPr) as the reagent. This new practical reagent allows the BMPM transfer to 1,3-dioxolanes or 1,3-dioxanes under copper catalysis. The reaction conditions are also very mild and tolerant to various functional groups, including other protecting groups.
RofiaMezaache, Harkat H, Obszynski J, Benkouider A, Blanc A, Weibel J-M, Pale P. Copper(II) bromide as an efficient catalyst for acetal to bisarylmethyl ether interconversion. Tetrahedron LettersTetrahedron Letters. 2014;55 :7167-7171.Abstract
Transprotection of acetals to bis(methoxyphenyl)methyl (BMPM) ethers can be efficiently achieved in the presence of copper dibromide as catalyst in acetonitrile at room temperature. Acetals are conveniently and selectively converted to the corresponding mono-protected diol with bis(methoxyphenyl)methyl isopropyl ether (BMPMOiPr) as the reagent. This new practical reagent allows the BMPM transfer to 1,3-dioxolanes or 1,3-dioxanes under copper catalysis. The reaction conditions are also very mild and tolerant to various functional groups, including other protecting groups.
RofiaMezaache, Harkat H, Obszynski J, Benkouider A, Blanc A, Weibel J-M, Pale P. Copper(II) bromide as an efficient catalyst for acetal to bisarylmethyl ether interconversion. Tetrahedron LettersTetrahedron Letters. 2014;55 :7167-7171.Abstract
Transprotection of acetals to bis(methoxyphenyl)methyl (BMPM) ethers can be efficiently achieved in the presence of copper dibromide as catalyst in acetonitrile at room temperature. Acetals are conveniently and selectively converted to the corresponding mono-protected diol with bis(methoxyphenyl)methyl isopropyl ether (BMPMOiPr) as the reagent. This new practical reagent allows the BMPM transfer to 1,3-dioxolanes or 1,3-dioxanes under copper catalysis. The reaction conditions are also very mild and tolerant to various functional groups, including other protecting groups.
RofiaMezaache, Harkat H, Obszynski J, Benkouider A, Blanc A, Weibel J-M, Pale P. Copper(II) bromide as an efficient catalyst for acetal to bisarylmethyl ether interconversion. Tetrahedron LettersTetrahedron Letters. 2014;55 :7167-7171.Abstract
Transprotection of acetals to bis(methoxyphenyl)methyl (BMPM) ethers can be efficiently achieved in the presence of copper dibromide as catalyst in acetonitrile at room temperature. Acetals are conveniently and selectively converted to the corresponding mono-protected diol with bis(methoxyphenyl)methyl isopropyl ether (BMPMOiPr) as the reagent. This new practical reagent allows the BMPM transfer to 1,3-dioxolanes or 1,3-dioxanes under copper catalysis. The reaction conditions are also very mild and tolerant to various functional groups, including other protecting groups.

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