Particle morphology-and Knudsen transition-effects on thermophoretically dominated total mass deposition rates from “coagulation-aged” aerosol population
DE Rosner, YF Khalil - Journal of aerosol science, 2000 - Elsevier
Smokes or mists of industrial and environmental interest are typically comprised of particles
both large and small compared to the prevailing gas mean-free-path. This fact complicates
accurate predictions of, say, total mass deposition rates to confining cold walls or immersed
cooled objects by the mechanism of particle thermophoresis (with Sc⪢ 1)(across laminar—
or turbulent-, forced—or natural—convection boundary layers) since particle thermophoretic
diffusivities can be sensitive to the prevailing Knudsen number based on individual particle …
both large and small compared to the prevailing gas mean-free-path. This fact complicates
accurate predictions of, say, total mass deposition rates to confining cold walls or immersed
cooled objects by the mechanism of particle thermophoresis (with Sc⪢ 1)(across laminar—
or turbulent-, forced—or natural—convection boundary layers) since particle thermophoretic
diffusivities can be sensitive to the prevailing Knudsen number based on individual particle …
[PDF][PDF] Particle Morphology-and Knudsen Transition Effects on Thermophoretically Dominated Total Mass Deposition Rates From...
YF Khalil - 1999 - academia.edu
Smokes or mists of industrial and environmental interest are typically comprised of particles
both large and small compared to the prevailing gas mean-free-path. This fact complicates
accurate predictions of, say, total mass deposition rates to con" ning cold walls or immersed
cooled objects by the mechanism of particle thermophoresis (with Sc< 1)(across laminar* or
turbulent-, forced* or natural* convection boundary layers) since particle thermophoretic di!
usivities can be sensitive to the prevailing Knudsen number based on individual particle …
both large and small compared to the prevailing gas mean-free-path. This fact complicates
accurate predictions of, say, total mass deposition rates to con" ning cold walls or immersed
cooled objects by the mechanism of particle thermophoresis (with Sc< 1)(across laminar* or
turbulent-, forced* or natural* convection boundary layers) since particle thermophoretic di!
usivities can be sensitive to the prevailing Knudsen number based on individual particle …
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