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This book proposes eco-compatible solutions to reduce the environmental impact of wastewater by developing nitrogenous macromolecules for environmental applications, such as the selective extraction of metal cations by functionalized tetra-pyrazolic macrocycles; the use of pyrazolic macrocycles as antibacterial agents against gram-positive and gram-negative bacteria; the selective chemodetection of metal cations by a water-soluble dye carrying a bi-pyrazole receptor, and the eco-design of pyrazolone-derived azo dyes catalyzed by magnetite-based nanoparticles coated with a silica layer functionalized by an acidic ionic liquid.…mehr

Produktbeschreibung
This book proposes eco-compatible solutions to reduce the environmental impact of wastewater by developing nitrogenous macromolecules for environmental applications, such as the selective extraction of metal cations by functionalized tetra-pyrazolic macrocycles; the use of pyrazolic macrocycles as antibacterial agents against gram-positive and gram-negative bacteria; the selective chemodetection of metal cations by a water-soluble dye carrying a bi-pyrazole receptor, and the eco-design of pyrazolone-derived azo dyes catalyzed by magnetite-based nanoparticles coated with a silica layer functionalized by an acidic ionic liquid.
Autorenporträt
Jalal ISAAD est titulaire d'un DEA en chimie organique fine de l'Université de Lyon 1- France, et d'un doctorat en sciences chimiques de l'Université de Florence - Italie en février 2009. De 2009 à 2014, il a été ATER puis postdoc à l'ENSAIT de Roubaix-France. Depuis avril 2015, il est professeur de chimie organique à FST Al Hoceima - Maroc.