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Destined to clarify the research, development, and design requirements in modern and computational terms needed for sustainable technological advances. Written for the combustion scientist/engineer to understand radiative effects on the pollution of the environment. Interrelates the process of thermodynamics, chemical kinetics, fluid mechanics, heat and mass transfer and turbulence. Includes computational design tools. Lays the foundation for modeling and prediction of chemically reacting combustion systems; collects data for operation of combustion devices. Analyzes the construction, use, and numerical results of combustion systems simulation.
460 pages, ©2005
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Table of contents: |
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Chapter 4: Radiation Characteristics of Gaseous Combustion Products |
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4.2 Fundamental Concepts of Modern Radiation Physics |
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| 4.2.1 Fundamentals of gas molecular spectra |
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| 4.2.2 Microscopic radiative interactions |
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| 4.2.3 Relations between Einstein's probability coefficients and macroscopic coefficients |
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| 4.3.1 Characterization of an isolated line |
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| 4.3.2 Total absorption by an isolated line |
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| 4.3.3 Line-by-line calculations of the absorption coefficient |
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| 4.4.3 Decomposition-based narrow-band models |
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| 4.4.4 Nonhomogeneous gas models |
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| 4.5.1 Box (top hat) model |
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| 4.5.2 Exponential wide-band model |
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| 4.5.3 Isothermal total band absorptance correlations |
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| 4.5.4 Exponential wide-band model for nonhomogeneous gases |
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4.6 Total Absorptance-Emittance Correlations |
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| 4.6.1 Database for CO2 and H2O |
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| 4.6.2 Empirical emittance-absorption correlations |
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| 4.6.3 Emipirical correlations for the total emittance of gaseous combustion products |
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4.7 Spectrum Integrated Hybrid Models for Total Emittance |
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| 4.7.2 Spectral line-based model |
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| 4.7.3 ADF and ADFFG approaches |
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4.8 Global Radiative Transfer Methods |
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| 4.8.1 Effective absorption coefficients |
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| 4.8.2 Mean absorption/emission coefficients |
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4.9 Concluding Summary Remarks |
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