Film Coating Theory: The Physical Chemistry of Coating Thin Layers on a Moving Support |
Contents
EDITORIAL PREFACE | 13 |
INTRODUCTION | 19 |
THEORY OF COATING A VISCOUS LIQUID ON A MOVING SUPPORT | 25 |
Copyright | |
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Common terms and phrases
adsorption adsorption layer alkenylsuccinic acids alkyl alkylphosphinic acids anticomet action anticomet properties aqueous base boundary angle calculated capillary centipoise chain cm/sec coating equation coating hopper coating machine coating roller coating theory coating thickness coating velocity coefficient of heat concentration confirmed consider constant critical speed decrease degree of polymerization DERYAGIN determined dynamic surface tension dyne/cm effect emulsion coating emulsion layer emulsion temperature esters experimental film formula gelatin solutions gelling glycerin heat exchange hydrocarbon hydrophobic increase kinetic wetting layer of liquid length LEVI limiting shear stress measured meniscus method micro-crystals mole/ml molecule moving support nomogram non-wetting obtained photographic emulsions photographic paper Phys physical ripening polymer pressure radius of curvature silver silver-halide soln speed of wetting straight-edge surface tension surface-active substances TABLE theory of coating tolerances USSR viscometer viscosity of gelatin wet layer wetting agents zone