Aerosols: Science, Technology, and Industrial Applications of Airborne Particles |
Contents
Coherent Extinction | 5 |
Theory and Practice | 11 |
Virtual Impactor as an Accessory to Optical Particle Counters | 18 |
Copyright | |
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Common terms and phrases
aerodynamic aerodynamic diameter aerosol particles aerosol sampling Aerosol Sci airborne ambient ammonium sulfate analysis analyzer atmospheric average calculated calibration calibration curve carbon cascade impactor charge chemical coal coarse coefficient collection efficiency combustion component condensation curve cyclone density deposition determined diffusion droplets dust editors effects electret electric field electrostatic elemental emissions Environmental equation experimental EXTENDED ABSTRACT Introduction extinction factor fiber filter filtration Fissan flow rate fraction function geometric standard deviation impactor inertial inlet instrument Laboratory layer light scattering mass concentration measured method micron monitoring monodisperse nephelometer nozzle number concentration obtained optical particle counter parameters particle concentration particle counter particle diameter particle mass particle size distribution particulate matter performed polydisperse radon range ratio refractive index Research sampler sampling efficiency spectrometer stage Stokes number sulfate supersaturation surface technique temperature theoretical tube turbulent values vapor velocity wind