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Green Polymer Materials

Ingénierie

Green Polymer Materials

Par Amar Singh Singha and Vijaya Kumar Thakur

US $ 69.95 Envoyer une demande
ISBN 13
9781933699899
ISBN 10
1933699892
Éditeur
SP LLC, USA
Année
2012
Pages
Reliure
HB

Description

We are very auspicious to have le opportunity to author a book sur biopolymer arena. Our experience en research has revealed le need pour a book which emphasizes le basics orientation pour beginners et those who want to increase their knowledge en le field de biopolymer based materials. This book is addressed to all researchers et scientists as well as students de graduate et postgraduate levels at universities et technical institutes who wish to keep abreast de advances en le biopolymers. Le book consists de eleven chapters. This book introduces an overview de le developments made en le area de biopolymers such as cellulosic biofibers; their processing methods et potential applications, wood flour et rice husk as alternative to cellulosic fibers, green composites based sur biodegradable polymer matrices, bioethanol from renewable resources, bio polymers based hydrogels et potential applications de chitosan. Some critical issues et suggestions pour future work are discussed, underscoring le roles de scientists et researchers pour le future de le new green materials through value addition to enhance their use.

Table des matières

Foreword; Preface; Acknowledgements; Biopolymers from Renewable Resources: Un Introduction; Cellulosic Biofibers as Potential Reinforcement pour Green Composites; Processing de Biofibers pour Different Potential Applications; Graft copolymerization onto Biofibers pour Better Physico-chemical Properties; Wood Flour et Rice Husk as Monetary Eco-friendly Materials; Green Composites from Thermosetting et Thermoplastic Polymer Matrices; Biodegradable Polymers Based Green Composites; Bioethanol: Current Situation et Perspectives; Cellulose pour Treatment de Hazardous Toxic Pollutants; Biopolymers Based Hydrogels: Recent Advances et Applications; Chitosan: Potential Bio-polymer pour Different Applications; Subject Index