Air Quality - Models and Applications

preface_Air Quality - Models and Applications......Page 1
Part 1......Page 13
01 Advances in Airborne Pollution Forecasting Using Soft Computing Techniques......Page 15
02 Urban Air Pollution Modeling......Page 27
03 Artificial Neural Network Models for\rPrediction of Ozone Concentrations\rin Guadalajara, Mexico......Page 47
04 Meandering Dispersion Model Applied\rto Air Pollution......Page 65
05 Bioaerosol Emissions: A Stochastic Approach......Page 79
06 Particle Dispersion Within a Deep\rOpen Cast Coal Mine......Page 93
Part 2......Page 111
07 Mathematical Modeling of Air Pollutants:\rAn Application to Indian Urban City......Page 113
08 A Gibbs Sampling Algorithm to Estimate the\rOccurrence of Ozone Exceedances in Mexico City......Page 143
Part 3......Page 163
09 Optical Measurements of Atmospheric\rAerosols in Air Quality Monitoring......Page 165
10 A Mobile Measuring Methodology to\rDetermine Near Surface Carbon\rDioxide within Urban Areas......Page 185
Part 4......Page 207
11 Impacts of Photoexcited NO2 Chemistry and\rHeterogeneous Reactions on Concentrations of\rO3 and NOy in Beijing,Tianjin and Hebei\rProvince of China......Page 209
12 Analyzing Black Cloud Dynamics over Cairo,\rNile Delta Region and Alexandria using\rAerosols and Water Vapor Data......Page 223
13 Spatial Variation, Sources and Emission\rRates of Volatile Organic Compounds\rOver the Northeastern U.S.......Page 245
14 Evaluation of an Emission Inventory\rand Air Pollution in the Metropolitan\rArea of Buenos Aires......Page 273
15 Variation of Greenhouse Gases in Urban\rAreas-Case Study: CO2, CO and CH4 in\rThree Romanian Cities......Page 301
Part 5......Page 331
16 Assessment of Environmental Exposure\rto Benzene: Traditional and New\rBiomarkers of Internal Dose......Page 333
17 The Influence of Air Pollutants on the Acute\rRespiratory Diseases in Children in\rthe Urban Area of Guadalajara......Page 353