Cellulose and Cellulose Derivatives, Part 3Emil Ott, Harold M. Spurlin, Mildred W. Grafflin, Norbert M. Bikales, Leon Segal |
Contents
Physical Properties of Cellulose and Its Derivatives in Solution | 1057 |
B Thermodynamic Properties of Solutions of LongChain Compounds | 1109 |
Behavior of Cellulose Xanthate as a Polyelectrolyte SWANSON | 1123 |
Copyright | |
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acetone acetyl acid alkali applied ASTM breaking capillary cellu cellulose chains cellulose derivatives cellulose fibers cellulose nitrate cellulose xanthate cellulosic materials centipoises Chem Chemical clear Sol commercial viscosity concentration constant cotton CPPA crystalline cuprammonium decrease deformation degree of substitution determined dilute distribution curve effect elastic elastic modulus elongation equation esters ethyl cellulose filament film flow fractions Freudenberg gels groups Hercules Powder High Polymers hydroxide hydroxyethyl hydroxyl increase intrinsic viscosity liquid Malm Merkblatt modulus moisture molecular weight molecules nitrocellulose obtained orientation osmotic pressure osmotic-pressure Paper Phys Polymer Sci properties Pulp range rate of shear ratio rayon sample sodium carboxymethyl cellulose solubility solution solvation solvent solvent power strength stress-strain curve stretching structure sulfate sulfuric Swells Table TAPPI temperature tenacity tensile Test Methods Textile Inst Textile Research tion viscometer Wood Wood Pulp xanthate yarn