Multiscalar Analyses of High-Pressure Swirl-Stabilized Combustion via Single-Shot Dual-SBG Raman Spectroscopy

We report an experimental study and thermochemical analysis of high-pressure swirl-stabilized combustion utilizing subframe burst gating (SBG) Raman spectroscopy. SBG Raman spectroscopy is a novel diagnostic technique that provides increased accuracy of quantitative scalar measurements in a single-s...

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Published inCombustion science and technology Vol. 185; no. 12; pp. 1735 - 1761
Main Authors Kojima, Jun J., Fischer, David G.
Format Journal Article
LanguageEnglish
Published Philadelphia, PA Taylor & Francis Group 02.12.2013
Taylor & Francis
Taylor & Francis Ltd
Subjects
Accuracy
Applied sciences
Calibration
Combustion
Combustion diagnostics
Combustion. Flame
Diagnostic systems
Energy
Energy. Thermal use of fuels
Exact sciences and technology
High-pressure combustion
Impact analysis
Measurement
Methane
Pressure
Raman spectroscopy
Scalar analysis
Spectra
Statistical analysis
Temperature effects
Theoretical studies. Data and constants. Metering
Turbulent flames
Turbulent flow
Stabilized combustion
Turbulent flow
High-pressure combustion
Flame structure
Scalar analysis
Raman spectrometry
Flame propagation
Raman spectroscopy
High pressure
Combustion diagnostics
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Abstract We report an experimental study and thermochemical analysis of high-pressure swirl-stabilized combustion utilizing subframe burst gating (SBG) Raman spectroscopy. SBG Raman spectroscopy is a novel diagnostic technique that provides increased accuracy of quantitative scalar measurements in a single-shot pointwise manner. A recent modification of our original system allows parallel detection of both Stokes and anti-Stokes spectral components (hence the term dual SBG). We begin by briefly describing the experimental construction of a Raman calibration matrix, which allows us to reduce spectral cross-talk in the measurements. Next we describe the application of dual-SBG Raman spectroscopy to simultaneous single-shot measurement of temperature and species mass fractions in a turbulent flame stabilized over a lean-direct-injection (LDI) burner using gaseous methane fuel at elevated pressure of 17 atm. Our discussion includes the practical challenges of Raman spectroscopy in a pressurized combustion rig. Statistical analyses of the single-shot thermochemical data provide insights into the nature of the partial-premixing process and its impact on the subsequent combustion process.
AbstractList We report an experimental study and thermochemical analysis of high-pressure swirl-stabilized combustion utilizing subframe burst gating (SBG) Raman spectroscopy. SBG Raman spectroscopy is a novel diagnostic technique that provides increased accuracy of quantitative scalar measurements in a single-shot pointwise manner. A recent modification of our original system allows parallel detection of both Stokes and anti-Stokes spectral components (hence the term dual SBG). We begin by briefly describing the experimental construction of a Raman calibration matrix, which allows us to reduce spectral cross-talk in the measurements. Next we describe the application of dual-SBG Raman spectroscopy to simultaneous single-shot measurement of temperature and species mass fractions in a turbulent flame stabilized over a lean-direct-injection (LDI) burner using gaseous methane fuel at elevated pressure of 17 atm. Our discussion includes the practical challenges of Raman spectroscopy in a pressurized combustion rig. Statistical analyses of the single-shot thermochemical data provide insights into the nature of the partial-premixing process and its impact on the subsequent combustion process.
We report an experimental study and thermochemical analysis of high-pressure swirl-stabilized combustion utilizing subframe burst gating (SBG) Raman spectroscopy. SBG Raman spectroscopy is a novel diagnostic technique that provides increased accuracy of quantitative scalar measurements in a single-shot pointwise manner. A recent modification of our original system allows parallel detection of both Stokes and anti-Stokes spectral components (hence the term dual SBG). We begin by briefly describing the experimental construction of a Raman calibration matrix, which allows us to reduce spectral cross-talk in the measurements. Next we describe the application of dual-SBG Raman spectroscopy to simultaneous single-shot measurement of temperature and species mass fractions in a turbulent flame stabilized over a lean-direct-injection (LDI) burner using gaseous methane fuel at elevated pressure of 17 atm. Our discussion includes the practical challenges of Raman spectroscopy in a pressurized combustion rig. Statistical analyses of the single-shot thermochemical data provide insights into the nature of the partial-premixing process and its impact on the subsequent combustion process. [PUBLICATION ABSTRACT]
We report an experimental study and thermochemical analysis of high-pressure swirl-stabilized combustion utilizing subframe burst gating (SBG) Raman spectroscopy. SBG Raman spectroscopy is a novel diagnostic technique that provides increased accuracy of quantitative scalar measurements in a single-shot pointwise manner. A recent modification of our original system allows parallel detection of both Stokes and anti-Stokes spectral components (hence the term dual SBG). We begin by briefly describing the experimental construction of a Raman calibration matrix, which allows us to reduce spectral cross-talk in the measurements. Next we describe the application of dual-SBG Raman spectroscopy to simultaneous single-shot measurement of temperature and species mass fractions in a turbulent flame stabilized over a lean-direct-injection (LDI) burner using gaseous methane fuel at elevated pressure of 17 atm. Our discussion includes the practical challenges of Raman spectroscopy in a pressurized combustion rig. Statistical analyses of the single-shot thermochemical data provide insights into the nature of the partial-premixing process and its impact on the subsequent combustion process.
Author Kojima, Jun J.
Fischer, David G.
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Issue 12
Keywords Stabilized combustion
Turbulent flow
High-pressure combustion
Flame structure
Scalar analysis
Raman spectrometry
Flame propagation
Raman spectroscopy
High pressure
Combustion diagnostics
Language English
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Snippet We report an experimental study and thermochemical analysis of high-pressure swirl-stabilized combustion utilizing subframe burst gating (SBG) Raman...
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SubjectTerms Accuracy
Applied sciences
Calibration
Combustion
Combustion diagnostics
Combustion. Flame
Diagnostic systems
Energy
Energy. Thermal use of fuels
Exact sciences and technology
High-pressure combustion
Impact analysis
Measurement
Methane
Pressure
Raman spectroscopy
Scalar analysis
Spectra
Statistical analysis
Temperature effects
Theoretical studies. Data and constants. Metering
Turbulent flames
Turbulent flow
Title Multiscalar Analyses of High-Pressure Swirl-Stabilized Combustion via Single-Shot Dual-SBG Raman Spectroscopy
URI https://www.tandfonline.com/doi/abs/10.1080/00102202.2013.832231
https://www.proquest.com/docview/1449850882
https://search.proquest.com/docview/1464598401
Volume 185
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