Synthesis, spectroscopic studies, X-ray powder diffraction data and antibacterial activity of mixed transition metal complexes with sulfonate azo dye, sulfamate and caffeine ligands
Bouhdada, Mohammed, Amane, Mohamed EL, El Hamzaoui, Najia
Published in Inorganic chemistry communications (01.03.2019)
Published in Inorganic chemistry communications (01.03.2019)
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Synthesis, characterization,biological evaluation and molecular docking studies of salicylidene-aniline and their metal mixed ligand complexes with caffeine
Bouhdada, Mohammed, Amane, Mohamed EL, Hamdani, Hicham EL, Khiya, Zakaria
Published in Journal of molecular structure (05.01.2023)
Published in Journal of molecular structure (05.01.2023)
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Preparation, spectral, structural, thermal and anticancer molecular docking studies of bis(theophyllinato)tetraaquocobalt(II) complex
El Hamdani, Hicham, El Amane, Mohamed, Duhayon, Carine
Published in Acta crystallographica. Section A, Foundations and advances (18.08.2019)
Published in Acta crystallographica. Section A, Foundations and advances (18.08.2019)
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Preparation, spectral, structural, Hirshfeld surface and molecular docking of tetrakis(pyridine-κ N )bis(thiocyanato-κ N )cobalt(II) complex
El Hamdani, Hicham, El Amane, Mohamed, Duhayon, Carine
Published in Acta crystallographica. Section A, Foundations and advances (18.08.2019)
Published in Acta crystallographica. Section A, Foundations and advances (18.08.2019)
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Double oxidative addition reaction of dihalomethane to dinuclear iridium(I) complexes: preparation and properties of some methylene bridged diiridium(III) complexes. X-ray structure of [IrI(.mu.-t-BuS)(CO)(P(OMe)3]2[.mu.-CH2]
El Amane, Mohamed, Maisonnat, Andre, Dahan, Francoise, Pince, Robert, Poilblanc, Rene
Published in Organometallics (01.04.1985)
Published in Organometallics (01.04.1985)
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Reactivity of .mu.-.eta.-alkyne-bridged dinuclear iridium(II) complexes [Ir(.mu.-SCMe3) (CO)PA3]2(RC.tplbond.CR) (A = Me, Ph; R = CF3, MeO2C) toward hydrogen. An insight into the mechanism of these reactions by a study of their reaction with formic acid. A competitive elimination of tert-BuSH and of alkene
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