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High arsenic (As) groundwater poses the greatest threat to human health for the population drinking groundwater from Holocene alluvial aquifer in the Bengal Delta Plain (BDP, Bangladesh and West Bengal, India), causes increasing global concern in recent years. The first part of this study focuses on world scenario of As contamination, the factors controlling sorption and release of As in groundwater, its sources, mechanisms of As mobilization in BDP and geochemical transport modeling. The application of X-ray photoelectron spectroscopy (XPS) as a surface sensitive technique to investigate…mehr

Produktbeschreibung
High arsenic (As) groundwater poses the greatest threat to human health for the population drinking groundwater from Holocene alluvial aquifer in the Bengal Delta Plain (BDP, Bangladesh and West Bengal, India), causes increasing global concern in recent years. The first part of this study focuses on world scenario of As contamination, the factors controlling sorption and release of As in groundwater, its sources, mechanisms of As mobilization in BDP and geochemical transport modeling. The application of X-ray photoelectron spectroscopy (XPS) as a surface sensitive technique to investigate oxido-reduction reaction at mica-water interface is discussed in the second part.
Autorenporträt
Dr. Chakraborty (Ph.D. from University of Kalyani, India)working as Assistant Professor & Head (Chemistry) Kanchrapara College. He was a postdoctoral fellow at University of Grenoble-I (France) (2007-2009),received Hitchon Award 2010, Editorial Board Member of International Journal of Environmental Pollution & Solutions, published 13 reseach papers