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Traffic Related Air Pollution and Internal Combustion Engines 1st Edition by Sergey Demidov, Jacques Bonnet ISBN 9781612098869

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Traffic Related Air Pollution and Internal Combustion Engines 1st Edition Sergey Demidov Digital Instant Download

Author(s): Sergey Demidov; Jacques Bonnet
ISBN(s): 9781612098869
Edition: 1
File Details: PDF, 20.34 MB
Year: 2009
Language: english
SKU: EB-51764274 Category: Tags: ,

Traffic Related Air Pollution and Internal Combustion Engines 1st Edition by Sergey Demidov, Jacques Bonnet  – Ebook PDF Instant Download/Delivery: 9781612098869 
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ISBN 13: 9781612098869
Author: Sergey Demidov, Jacques Bonnet 

Atmospheric pollution has been a major problem in human technological development and motor vehicles are one of the major sources of particulate matter pollution. This book investigates current models designed to predict air pollutant emissions and fuel consumption for road traffic and presents the outputs of statistical models developed to derive emission factors. Information on the use of Geographic Information Systems and traffic area air pollution monitoring stations is presented in order to comprehend the variations of traffic-related air pollution. Furthermore, this book reports the pros and cons of hydrogen-fuelled internal combustion engines, a study of the new technology to produce syngas from methane with a compression ignition engine. An overview of the characteristics of the factors influencing the thermal efficiency of spark ignition engines fuelled with hydrogen is given as well.

Traffic Related Air Pollution and Internal Combustion Engines 1st Table of contents:

  • Chapter 1: Traffic-Related Air Pollution

    • By T.I. Fortoul, V. Rodríguez-Lara, C.I. Falcón-Rodríguez, N. López-Valdes, M. Ustarroz-Cano and L.F. Montaño
    • (This chapter likely provides a general overview of traffic-related air pollution, its sources, and health impacts.)

  • Chapter 2: Road Traffic Emission and Fuel Consumption Modelling: Trends, New Developments and Future Challenges

    • By Robin Smit, Hussein Dia and Lidia Morawska
    • (Focuses on methods and advancements in modeling emissions and fuel consumption from road traffic.)

  • Chapter 3: Tailpipe Particle Emission Factors Derived for Motor Vehicles for Application to Transport Modelling and Health Impact Assessments of Urban Fleets

    • By Diane U. (Author name incomplete in source, but this chapter focuses on particulate matter emissions)
    • (Likely discusses the derivation and application of emission factors for particles from vehicle tailpipes.)

  • Chapter 4: Urban Air Pollution and Population Exposure Modeling

    • By Jacques Bonnet
    • (Covers models for assessing urban air pollution and the exposure of populations to these pollutants.)

  • Chapter 5: Real-World Driving and Emissions and Fuel Consumption Monitoring

    • By Jacques Bonnet
    • (Explores the measurement of emissions and fuel consumption under actual driving conditions.)

  • Chapter 6: Traffic Related Air Pollution in Urban Areas: Measurements and Geo-information Technologies

    • By Andrea T.M. Borrego and J.C. Miranda
    • (Discusses the use of measurement techniques and GIS for understanding traffic pollution in cities.)

  • Chapter 7: Monitoring of Traffic Area Air Pollution in Urban Stations

    • By R. Boteva and M. Stamenova
    • (Details the processes and findings of monitoring air pollution specifically in urban traffic areas.)

  • Chapter 8: Hydrogen Fueled Internal Combustion Engines: Pros and Cons

    • By Toshio Shudo
    • (Examines the advantages and disadvantages of using hydrogen as a fuel in internal combustion engines.)

  • Chapter 9: Downsizing Direct Injection Spark Ignition Engines: A Timescale Analysis

    • By John Shrimpton and Agissilaos Kourmatzis
    • (Focuses on the trend of downsizing spark ignition engines with direct injection and its implications.)

  • Chapter 10: (Chapter title not explicitly available in sources, but it is listed as a chapter)

  • Chapter 11: Production of Syngas by Partial Oxidation Using a Compression Ignition Engine

    • By Young Nam Chun
    • (Explores a new technology for producing syngas using compression ignition engines.)

  • Chapter 12: Thermal Efficiency of Hydrogen Combustion Engine

    • By Toshio Shudo
    • (Further delves into the thermal efficiency aspects when hydrogen is used as fuel in combustion engines.)

  • Chapter 13: Dynamics of Pressure Fluctuations in Internal Combustion Engines

    • By Asok K. Sen and Grzegorz Litak
    • (Analyzes the dynamic behavior of pressure fluctuations within internal combustion engines.)

  • Chapter 14: Syngas Production by Partial Oxidation Using a Compression Ignition Engine

    • By Young Nam Chun
    • (This chapter appears to be a repeat or closely related to Chapter 11, based on the provided search results.)

  • Chapter 15: (Chapter title not explicitly available in sources, but it is listed as a chapter)

  • Index

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Tags: Sergey Demidov, Jacques Bonnet, Traffic, Pollution