Select any link to see items in a related category.
more general categories information about this item Biological Sciences Biological Sciences biochemistry (102540) biochemical compounds (82890) carbohydrates (23127) polysaccharides (9609) glucans (5043) cellulose (1820) Calendar Year Calendar Year Year (337475) 2009 (40843) Economics, Business and Industry Economics, Business and Industry products and commodities (80757) agricultural products (74894) plant products (54971) nonfood plant products (7093) plant fibers (1470) pulp fiber (40) pulp (889) chemical pulp (108) pulp fiber (40) nonfood products (7969) natural fibers (1674) plant fibers (1470) pulp fiber (40) nonfood plant products (7093) plant fibers (1470) pulp fiber (40) Physical and Chemical Sciences Physical and Chemical Sciences chemical substances (129118) biochemical compounds (82878) carbohydrates (23127) polysaccharides (9609) glucans (5043) cellulose (1820) chemical compounds (78840) acids, bases, and salts (29068) acids (19405) inorganic acids (609) sulfuric acid (270) inorganic compounds (30695) inorganic acids (609) sulfuric acid (270) chemistry (84737) physical phases (8840) crystals (339) Plant Science and Plant Products Plant Science and Plant Products plant products (54974) nonfood plant products (7093) plant fibers (1470) pulp fiber (40) pulp (889) chemical pulp (108) pulp fiber (40) Reference Types Reference Types Journal (337546) Research, Technology and Engineering Research, Technology and Engineering materials science (14620) material forms (6970) crystals (339) materials (8714) nanomaterials (855) nanocrystals (37) methodology (66114) image analysis (2045) technology (49139) nanotechnology (958) nanomaterials (855) nanocrystals (37) processing technology (28127) drying (1992) chemical treatment (922) acid treatment (610) acid hydrolysis (283) Abstract of Article: Will be presented in next release Date Last Accessed: Accessed January 20, 2015 Title of Article: Indirect evidence of supramolecular changes within cellulose microfibrils of chemical pulp fibers upon drying Author(s) of Article: Will be identified in next release Citation: Cellulose 2009 v.16 no.1 pp. 65-74 Click to View: (Click to View) Date of Publication: 2009 Location of Article: http://pubag.nal.usda.gov/pubag/article.xhtml?id=464711 Name of Publication: Cellulose Publishing Company: Will be identified in next release Accession Number: 93986
