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This book is indexed in
Engineering » Environmental Engineering
Air Quality
Edited by Ashok Kumar, ISBN 978-953-307-131-2, Hard cover, 382 pages, Publisher: Sciyo, Chapters published August 18, 2010 under CC BY-NC-SA 3.0 license
Air pollution is about five decades or so old field and continues to be a global concern. Therefore, the governments around the world are involved in managing air quality in their countries for the welfare of their citizens. The management of air pollution involves understanding air pollution sources, monitoring of contaminants, modeling air quality, performing laboratory experiments, the use of satellite images for quantifying air quality levels, indoor air pollution, and elimination of contaminants through control. Research activities are being performed on every aspect of air pollution throughout the world, in order to respond to public concerns. The book is grouped in five different sections. Some topics are more detailed than others. The readers should be aware that multi-authored books have difficulty maintaining consistency. A reader will find, however, that each chapter is intellectually stimulating. Our goal was to provide current information and present a reasonable analysis of air quality data compiled by knowledgeable professionals in the field of air pollution.
- Chapter 1
Anthropogenic Air Pollution Sources - Chapter 2
Development and Application of a Methodology for Designing a Multi-Objective and Multi-Pollutant Air Quality Monitoring Network for Urban Areas - Chapter 3
Development of the Design of Air Quality Monitoring Networks and Its Applications to NO2 and O3 in Seville, Spain - Chapter 4
Monitoring Spatial and Temporal Variability of Air Quality Using Satellite Observation Data: a Case Study of MODIS-Observed Aerosols in Southern Ontario, Canada - Chapter 5
Methods for Online Monitoring of Air Pollution Concentration - Chapter 6
Trace Elements and Radionuclides in Urban Air Monitored by Moss and Tree Leaves - Chapter 7
Characteristics and Application of Receptor Models to the Atmospheric Aerosols Research - Chapter 8
Estimation of Uncertainty in Predicting Ground Level Concentrations from Direct Source Releases in an Urban Area Using the USEPA’s AERMOD Model Equations - Chapter 9
Modeling of Ventilation Efficiency - Chapter 10
Nonlocal-Closure Schemes for Use in Air Quality and Environmental Models - Chapter 11
Air Quality Monitoring in the Mediterranean Tunisian Coasts - Chapter 12
Secondary Organic Aerosol Formation from the Oxidation of a Mixture of Organic Gases in a Chamber - Chapter 13
Algorithm For Air Quality Mapping Using Satellite Images - Chapter 14
A Review of General and Local Thermal Comfort Models for Controlling Indoor Ambiences - Chapter 15
A New HVAC Control System for Improving Perception of Indoor Ambiences - Chapter 16
Assessment of Indoor Air Quality and Heat Stress Exposure in an Automotive Assembly Plant - Chapter 17
Fungal Air Quality in Medical Protected Environments
