With its extensive collection of experimental protocols and covering the latest trends, this two-volume handbook provides a complete survey of all important facets of cellulose chemistry: structure and reactivity of cellulose, analytical methods, and systematics of cellulose derivatization. The first edition helped initiate ten years of intense and successful research in Germany, which is now covered in this second edition.
With its extensive collection of experimental protocols and covering the latest trends, this two-volume handbook provides a complete survey of all important facets of cellulose chemistry: structure and reactivity of cellulose, analytical methods, and systematics of cellulose derivatization. The first edition helped initiate ten years of intense and successful research in Germany, which is now covered in this second edition.
((1. Auflage, Details zur 2. folgen noch)) VOL. 1: Fundamentals and Analytical Methods Introduction I. STRUCTURE AND REACTIVITY OF CELLULOSE Structure and Properties Swelling and Dissolution Degradation of Cellulose Principles of Heterogeneous and Homogeneous Reactions II. ANALYTICAL METHODS IN CELLULOSE CHEMISTRY Degree of Polymerization Chemical Analysis Instrumental Analysis Fractionation and Chromatographic Separation Solid State Structures Characrerization of Swelling and Dissolution Analytical Outlook APPENDIX Experimental Protocols for the Analysis of Cellulose VOL. 2: Functionalization of Cellulose III. SYSTEMATICS OF CELLULOSE DERIVATIZATION Formation and Modification of the Cellulose Polymer Skeleton Interaction with Basic Compounds Transition Metal Complexes Esterification of Cellulose Etherification of Cellulose Oxidation of Cellulose IV. FUTURE DEVELOPMENTS IN CELLULOSE CHEMISTRY Cellulose as a Raw Material for Chemical Conversion The Relevance of Intermolecular Interactions New Cellulosic Compounds Future Progress in Commercial Processes New Supramolecular Architectures
((1. Auflage, Details zur 2. folgen noch)) VOL. 1: Fundamentals and Analytical Methods Introduction I. STRUCTURE AND REACTIVITY OF CELLULOSE Structure and Properties Swelling and Dissolution Degradation of Cellulose Principles of Heterogeneous and Homogeneous Reactions II. ANALYTICAL METHODS IN CELLULOSE CHEMISTRY Degree of Polymerization Chemical Analysis Instrumental Analysis Fractionation and Chromatographic Separation Solid State Structures Characrerization of Swelling and Dissolution Analytical Outlook APPENDIX Experimental Protocols for the Analysis of Cellulose VOL. 2: Functionalization of Cellulose III. SYSTEMATICS OF CELLULOSE DERIVATIZATION Formation and Modification of the Cellulose Polymer Skeleton Interaction with Basic Compounds Transition Metal Complexes Esterification of Cellulose Etherification of Cellulose Oxidation of Cellulose IV. FUTURE DEVELOPMENTS IN CELLULOSE CHEMISTRY Cellulose as a Raw Material for Chemical Conversion The Relevance of Intermolecular Interactions New Cellulosic Compounds Future Progress in Commercial Processes New Supramolecular Architectures
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