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Nowadays, green synthesis chemistry, which aims at total elimination or minimization of the use and generation of hazardous substances, has received more and more attention. A green synthesis strategy usually adopts nontoxic and environmentally benign reactants and solvents, and releases no unwanted byproducts and do not cause pollution. MgO a typical wide band gap insulator has a rock salt structure (fcc) (space group-fm-3m-225) with magnesium ions occupying octahedral sites within the anion closed packed structure. In this lattice, the point group symmetry of Mg sites in the cubic MgO…mehr

Produktbeschreibung
Nowadays, green synthesis chemistry, which aims at total elimination or minimization of the use and generation of hazardous substances, has received more and more attention. A green synthesis strategy usually adopts nontoxic and environmentally benign reactants and solvents, and releases no unwanted byproducts and do not cause pollution. MgO a typical wide band gap insulator has a rock salt structure (fcc) (space group-fm-3m-225) with magnesium ions occupying octahedral sites within the anion closed packed structure. In this lattice, the point group symmetry of Mg sites in the cubic MgO structure is ideally D2d and Mg site possesses inversion symmetry can be used in catalysis, toxic waste remediation, additives in refractory, paint, antibacterial, antifungal, display and dye degradation.
Autorenporträt
Anil Kumar M.R associate prof, et Dr. Ravi Kumar C.R associate prof, le département des facultés de BSH, EWIT, Bengaluru-91. Ils ont publié plus de 40 articles dans des revues et sont les auteurs de trois livres. Leurs domaines d'intérêt sont les batteries, les supercondensateurs, la science des matériaux, la luminescence, l'activité photocatalytique et l'étude électrochimique.