Natural Polymer Modified Materials and Applications

Author: Zhang Lina
Publisher:
Publish Date: 2006-04-01
Features: The book collects nearly 1,000 references, offering rich, novel, and easy-to-understand content. It is a comprehensive and in-depth book on natural polymers and polymer physics, suitable for graduate students, teachers, scientists, and business management personnel in the fields of natural polymer chemistry and physics, natural polymer materials and engineering, agriculture, forestry, and biology. Based on the fundamental concepts, methods, principles, and theories of natural polymers and polymer physics, the book briefly introduces the modification, structure, properties, and applications of natural polymer materials. It also includes advanced methods for characterizing natural polymers and their modified materials in terms of molecular weight and distribution, chain conformation, chemical structure and composition, crystallinity and orientation, melting point, glass transition temperature, molecular motion and mechanical relaxation, thermal properties, mechanical properties, and biodegradability, as well as spectroscopy, spectroscopy, chromatography, and electron microscopy techniques. The book collects numerous examples with innovative and scientific value to guide readers in conducting more effective basic research and applied development in the field of natural polymer materials science and technology.
The book collects nearly 1,000 references, offering rich, novel, and easy-to-understand content. It is a comprehensive and in-depth book on natural polymers and polymer physics, suitable for graduate students, teachers, scientists, and business management personnel in the fields of natural polymer chemistry and physics, natural polymer materials and engineering, agriculture, forestry, and biology. Based on the fundamental concepts, methods, principles, and theories of natural polymers and polymer physics, the book briefly introduces the modification, structure, properties, and applications of natural polymer materials. It also includes advanced methods for characterizing natural polymers and their modified materials in terms of molecular weight and distribution, chain conformation, chemical structure and composition, crystallinity and orientation, melting point, glass transition temperature, molecular motion and mechanical relaxation, thermal properties, mechanical properties, and biodegradability, as well as spectroscopy, spectroscopy, chromatography, and electron microscopy techniques. The book collects numerous examples with innovative and scientific value to guide readers in conducting more effective basic research and applied development in the field of natural polymer materials science and technology.