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Laser-based Temperature Diagnostics in Practical Combustion Systems

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07 May 2008
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Todays energy supply relies on the combustion of fossil fuels. This results in emissions of toxic pollutants and green-house gases that most likely influence the global climate. Hence, there is a large need for developing efficient combustion processes with low emissions. In order to achieve this, quantitative measurement techniques are required that allow accurate probing of important quantities in combustion devices. Temperature is very important in combustion processes, especially for chemical reaction rates and, hence, for pollutant formation. The versatile measurement techniques developed and improved within this thesis enable quantitative probing of the gas temperature in practical combustion devices. Accurate knowledge of this important quantity allows developing efficient power plants and engines with low emissions of green-house gases and toxic pollutants.

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    Product Details
    ISBN-13
    9783639012781
    Author
    Helmut Kronemayer
    Publisher
    KS OmniScriptum Publishing
    Published
    07 May 2008
    Format
    Paperback / softback

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    RRP: $88.86
    $87.08
    Ships in 3-5 business days

    Delivery estimate

    Hurry up! Current stock:

    Laser-based Temperature Diagnostics in Practical Combustion Systems

    RRP: $88.86
    $87.08

    Description

    Todays energy supply relies on the combustion of fossil fuels. This results in emissions of toxic pollutants and green-house gases that most likely influence the global climate. Hence, there is a large need for developing efficient combustion processes with low emissions. In order to achieve this, quantitative measurement techniques are required that allow accurate probing of important quantities in combustion devices. Temperature is very important in combustion processes, especially for chemical reaction rates and, hence, for pollutant formation. The versatile measurement techniques developed and improved within this thesis enable quantitative probing of the gas temperature in practical combustion devices. Accurate knowledge of this important quantity allows developing efficient power plants and engines with low emissions of green-house gases and toxic pollutants.

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