Aerosols : properties, sources, and management practices / Yakov Alekseyev and Klavdiy Plisetskaya, editors.

Includes index.

Description based on print version record.

AEROSOLS: PROPERTIES, SOURCES AND MANAGEMENT PRACTICES; AEROSOLS: PROPERTIES, SOURCES AND MANAGEMENT PRACTICES; LIBRARY OF CONGRESS CATALOGING-IN-PUBLICATION DATA; CONTENTS; PREFACE; Chapter 1: NANOSTRUCTURED POROUS PARTICLES THROUGH AN AEROSOL ROUTE; ABSTRACT; 1. INTRODUCTION; 2. SOURCE: AEROSOL ROUTE FOR THE SYNTHESIS OF NANOSTURCTURED POROUS PARTICLES; 3. PROPERTIES: THE PROPERTIES AND BEHAVIORS OF AEROSOL AND POROUS NANOPARTICLES; 4. APPLICATIONS OF AEROSOL ROUTE POROUS NANOPARTICLE; CONCLUSION; 6. REFERENCE.

Chapter 2: AEROSOL NANOPARTICLES OF METALS, ALLOYS AND COMPOUNDS: SYNTHESIS, PROPERTIES AND POTENTIAL APPLICATIONSABSTRACT; 1. INTRODUCTION; 2. GAS EVAPORATION TECHNIQUE; 3. INITIAL OXIDATION OF AEROSOL PARTICLES; 4. THERMAL EXPANSION, MELTING AND SOLIDIFICATION OF PARTICLES; 5. THERMODYNAMICS OF SMALL PARTICLES; 6. OPTICAL TRANSMISSION, ELECTRIC CONDUCTION, AND PHOTOCONDUCTION OF HIGH-DISPERSED THIN FILMS; 7. ARTIFICIAL DIELECTRICS. FERROMAGNETIC RESONANCE; 8. CORRELATION OF STRUCTURE AND SPIN ORDERING IN SMALL PARTICLES OF FE AND ITS ALLOYS.

9. SOME APPLICATIONS OF HIGH DISPERSED POWDERS AND FINE DEPOSITSACKNOWLEDGEMENT; REFERENCES; Chapter 3: AEROSOL PROPERTIES AND APPLICATIONS IN ATOMIC ANALYTICAL SPECTROSCOPY ; ABSTRACT; INTRODUCTION; PNEUMATIC NEBULIZERS USED IN ICP TECHNIQUES; 1. PNEUMATIC CONCENTRIC NEBULIZERS; 2. OTHER PNEUMATIC NEBULIZERS; 3. ADDITIONAL NEBULIZERS USED IN ICP TECHNIQUES; SPRAY CHAMBERS USED IN ICP TECHNIQUES; 1. AEROSOL TRANSPORT PHENOMENA; 2. DIFFERENT SPRAY CHAMBER DESIGNS; 2.2. CYCLONIC TYPE SPRAY CHAMBER; DESOLVATION SYSTEMS; PROCESSES IN THE PLASMA; CONCLUSION; ACKNOWLEDGEMENT; REFERENCES.

Chapter 4: MODELING OF AEROSOL PROPERTIES IN INHALATION TOXICOLOGY AND RESPIRATORY DRUG DELIVERYABSTRACT; 1. INTRODUCTION; 2. MODELING AND SIMULATION METHODS; 3. EFFECT OF AEROSOL PROPERTIES ON RESPIRATORY AEROSOL DYNAMICS; 4. INTERACTION BETWEEN INHALED AEROSOLS AND RESPIRATORY PHYSIOLOGY; 5. SUMMARY; REFERENCES; Chapter 5: PHYSICOMATHEMATICAL MODELING OF THE EXPLOSION-INDUCED GENERATION OF SUBMICRON LIQUID-DROPLET AEROSOLS; ABSTRACT; INTRODUCTION; EXPLOSIVE-DRIVEN AEROSOL GENERATOR DESIGN AND DESCRIPTION OF THE PHYSICAL PROCESSES ACCOMPANYING LIQUID ATOMIZATION.

MODEL CALCULATIONS AND COMPARISON WITH THE EXPERIMENTTHE SIMILITUDE CRITERIA AND THEIR EFFECTS ON THE SPRAYING PARAMETERS; CONCLUSION; REFERENCES; Chapter 6: SAHARAN DUST CONTRIBUTION TO PM10 MEASUREMENTS; ABSTRACT; 1. INTRODUCTION; 2. MATERIALS AND METHODOLOGIES; 3. RESULTS; CONCLUSION; ACKNOWLEDGMENTS; REFERENCES; Chapter 7: EFFICIENCY OF SEPARATION OF AEROSOLS IN INDUSTRIAL APPARATUSES; INTRODUCTION; EFFICIENCY OF GAS TREATING; MATHEMATICAL MODEL; EFFICIENCY OF VORTEX-TYPE SEPARATORS; EFFICIENCY OF SEPARATORS WITH PACKING; CALCULATION OF SEPARATION EFFICIENCY; CONCLUSION; ABOUT THE AUTHORS.

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