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Polymer Hydrogels belong to most versatile materials of this world. They are widely used in food processing, cosmetics, pharmaceuticals, agriculture and advanced biotechnology. The supreme ability of such crosslinked polymers to absorb large amounts of water makes them ideal for storage and transportation of active biomolecules. Chapter 1 discusses, in detail, about the basics of Hydrogels, their classification, fabrication, probable applications and the scope and objective with special importance on PVA. Chapter 2 is the experimental. It contains the list of materials with their…mehr

Produktbeschreibung
Polymer Hydrogels belong to most versatile materials of this world. They are widely used in food processing, cosmetics, pharmaceuticals, agriculture and advanced biotechnology. The supreme ability of such crosslinked polymers to absorb large amounts of water makes them ideal for storage and transportation of active biomolecules. Chapter 1 discusses, in detail, about the basics of Hydrogels, their classification, fabrication, probable applications and the scope and objective with special importance on PVA. Chapter 2 is the experimental. It contains the list of materials with their specifications, details of sample preparation and the experimental techniques used for the investigation. 3 to 5 entails results and discussion of differently treated high and low molecular weight PVA. Chapter 6 is the conclusion. It summarizes all observations of the work.
Autorenporträt
Der Autor machte 2008 seinen Master in Chemie an der Vidyasagar University. Er promovierte 2014 in Polymerwissenschaft und -technologie an der Universität Kalkutta. Er hat mehrere Arbeiten und Bücher international veröffentlicht. Zurzeit ist er Assistenzprofessor für Chemie am Bijoy Krishna Girls' College, Howrah, Indien.