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PURPOSE OF THIS PROJECT
PROFILES FOR FLOW THROUGH CIRCULAR OPENINGS
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0-degree hopper 22^-degree hopper actual aperture angle of repose annular space Apparatus arch bottom Brown and Richards center-line is approached circular aperture Cornell University count the number counts Counts/sec Mean Counts/sec Mean counts decreased degrees Aperture degrees Orifice diameter diaphragm distance from edge edge of actual edge of aperture edge of effective exponent flat-bottomed bins flow of granular flow rate flowing stream gate granular material granular solids granules hopper angle hopper openings Hopper slope horizontal inches in diameter Inches N-counts/sec internal kinetic angle line obtained logarithmic paper mass flow rate material flows measurements from edge microseconds movable Jaw nozzle Number of counts particle diameter particle interaction Pickup position Run power law pressure pulse rate pulse width runs were taken sampling device Scaling Unit shown in Fig single layer slide slits SOLIDS THROUGH HOPPER square aperture square orifice straight line surface kinetic angle TCC catalyst tubes velocity vertical