Wood and Cellulosic Chemistry, Second Edition, Revised, and ExpandedThis text details the principal concepts and developments in wood science, chemistry and technology. It includes new chapters on the chemical synthesis of cellulose and its technology, preservation of wood resources and the conservation of waterlogged wood. |
Contents
Ultrastructure and Formation of Wood Cell Wall Minoru Fujita and Hiroshi Harada | 1 |
Chemical Composition and Distribution Shiro Saka | 51 |
Structure of Cellulose Recent Developments in Its Characterization Fumitaka Horii | 83 |
Chemistry of Lignin Akira Sakakibara and Yoshihiro Sano | 109 |
Chemistry of Cell Wall Polysaccharides Tadashi Ishii and Kazumasa Shimizu | 175 |
Chemistry of Extractives Toshiaki Umezawa | 213 |
Chemistry of Bark Kokki Sakai | 243 |
Chemical Characterization of Wood and Its Components Jaime Baeza and Juanita Freer | 275 |
Chemical Synthesis of Cellulose Fumiaki Nakatsubo | 627 |
Wood Plasticization Nobuo Shiraishi | 655 |
WoodPolymer Composites Hiroshi Mizumachi | 701 |
Adhesion and Adhesives Hiroshi Mizumachi | 733 |
PressureSensitive Adhesives and Forest Products Hiroshi Mizumachi | 765 |
Woodinorganic Composites as Prepared by the SolGel Process Shiro Saka | 781 |
Preservation of Wood Darrel D Nicholas | 795 |
Preservation of Waterlogged Wood David NS Hon | 807 |
Color and Discoloration David NS Hon and Nobuya Minemura | 385 |
Chemical Degradation YuanZong Lai | 443 |
Weathering and Photochemistry of Wood David NS Hon | 513 |
Microbial Enzymatic and Biomimetic Degradation of Lignin in Relation to Bioremediation Takefumi Hattori and Mikio Shimada | 547 |
Chemical Modification of Wood Misato Norimoto | 573 |
Chemical Modification of Cellulose Akira Isogai | 599 |
Other editions - View all
Wood and Cellulosic Chemistry, Revised, and Expanded David N.S. Hon,Nobuo Shiraishi Limited preview - 2000 |
Common terms and phrases
acetylated acid activity addition adhesive alcohol alkaline amount analysis applications bark bleaching blends bonds Carbohydr cell wall cellulose cellulose acetate changes Chem chemical Chemistry cleavage color complex components composites compounds concentration containing cytoplasm degradation derivatives determined developed discoloration distribution effect ether extraction fibers FIGURE followed formation formed fraction glucose glycosyl groups hemicelluloses higher Holzforsch hydrolysis hydroxyl hydroxyl groups increase indicated isolated layer light lignin linkages material mechanical method methyl microfibrils Mokuzai Gakkaishi molecular nature observed obtained occur OCH3 OH OH oxidation phenolic plants plasticization polymer polysaccharides prepared presence properties pulp radicals reaction reduced region removed reported residues resin samples shown shown in Fig shows softwood solution solvent species spruce stain strength structure studied surface Table Tappi Technol temperature tracheids treatment units values various weight wood yield