Handbook of Micro and Nanoparticle Science and Technology

Part A. Fundamental Principles and Experimental Techniques1. Formation of Particles, 2. Atmospheric Particles, 3. Characterization of Particles, 4. Aerosol Mechanics and Heat/Mass Transfer, 5. Hydrodynamics of Particles in Liquid and Electrolytic solutions, 6. Properties of micron-sized Aerosol Particles, 7. Properties of nanoparticles, 8.Properties of Nanocarbon particles, 9. Applications of Particle TechnologiesPart B. Particle Measurement Techniques1.Basic Particle Behavior and Sampling, 2. Measurement of Mass Concentration, 3. Size-resolved Measurements, 4. Measurements of Aerosol Chemical CompositionPart C. Particle Control Technology1. Filtration Theory and Practice, 2. Inertial and Gravitional Separators, 3. Electrostatic PrecipitationPart D. Particle Control for Clean Room Contamination Technology1. Description of Nanoscale IC Manufacturing Clean Room, 2. Sources of particle contamination, 3. Clean room filtering systems, 4. Instrumentation for particle measurements in clean roomPart E. Atmospheric Particles and Global Thermal Balance1. Atmospheric Particle Formation, 2. Ions/Particles/Cloud Interactions in Atmosphere,