Aerosols: Science, Technology, and Industrial Applications of Airborne Particles |
Contents
Donald R Pettit | 5 |
Theory and Practice | 11 |
Virtual Impactor as an Accessory to Optical Particle Counters | 18 |
Copyright | |
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aerosol aerosol particles ambient analysis application atmospheric average calculated calibration carbon chamber charge chemical coagulation coal coefficient collection compared comparison concentration constant counter curve decrease density dependent deposition described determined developed diameter diffusion dilution distribution droplets dust editors effects efficiency electric elements emissions equation experimental experiments EXTENDED ABSTRACT factor fiber field Figure filter Fissan flow force fraction function given growth impactor increase indicate inlet Introduction Laboratory light losses mass material mean measured mechanism method nucleation observed obtained operating optical parameters particle size performed present pressure produced range ratio reaction References relative Research sampler sampling scattering Science shown shows single stage standard surface Table technique temperature theoretical theory tube turbulent University values vapor velocity volume wall wind