anÁlisis de la funciÓn de correcciÓn de la velocidad de sedimentaciÓn para micro partÍculas analysis of the correction function for micro-particle sedimentation velocity
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Abstract
The sedimentation velocity of micro-particles in suspension decreases with increasing concentration due to hydrodynamic and electrostatic forces. This velocity can be estimated on the basis of the theoretical velocity of a single particle, multiplied by a correction factor which depends on the flow regime as well as the volumetric concentration of the particles. The most commonly used values are those determined by Richardson and Zaki in 1954 [14]. For flow regimes characterized by a Reynolds' number less than 0,25, a constant value of 4,65 is used which does not depend on the particle size. The present article presents results of micro-particle sedimentation research performed with calibrated silicon oxide particles (SO2), which indicate that the exponent in the correction function is inversely dependent on micro-particle size for this flow regime, as opposed to the constant value previously used.
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salinas-salas2007ingeniareanlisis
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| Journal | international journal of electrical and computer engineering |
| Year | 2007 |
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