Instrumentation for Fluid Particle Flow

1. Introduction Averages and averaging effect of probe dimension effect of measuring volume references 2. Isonkinetic Sampling and Cascade Samplers Introduction isokinetic sampling cascade impactor notations references 3. Electrical Measurements Introduction origin of charge fundamental measurements probes and sensors instrumentation other measurements notations 4. Fiber Optics Introduction measurement of local concentration of solids measurement of local particle velocity notations references 5. Instrumentation for Fluid/Particle Flow: Acoustics Introduction principles of acoustic flow-measurement techniques measurement of solid/liquid flow measurement of solid/gas flow m asurement of liquid viscosity/density summary and future development notation references 6. Instrumentation for Fluid/Particle Flow: Electromagnetics Introduction measurement principles measurement of solid/liquid flow measurement of solid/gas flow future flow instruments notation references 7. Single-Point Laser Measurements Introduction laser-doppler anemometry phase-doppler anemometry signal processing recap and future directions references 8. Full Field, Time Resolved Vector Measurements Introduction particle tracking velocimetry (PTV) other techniques acknowledgments references 9. Radioactive Tracer Techniques Introduction principles of radiation detection the computer-aided particle-tracking facility solids dynamics in fluidized beds solids mixing and fluctuation in fluidized beds conclusion notation references Index