3 research outputs found
Fluidic Jet Augmentation Of A Deflagrated Turbulent Flame For Deflagration-To-Detonation
- Author
- Publication venue
- 'Information Bulletin on Variable Stars (IBVS)'
- Publication date
- 01/01/2016
- Field of study
Turbulence generation and induction within a deflagrated flame has been identified as a key mechanism for flame acceleration to detonation. The current state-of-the-art technique to achieve this mechanism is through the use of solid obstacles. These obstacles obstruct the flow and induce turbulent combustion with the goal of achieving detonation. However, these obstacles have drawbacks such as pressure losses, heat absorption, and weight addition. An innovative method for inducing turbulence that eliminates these disadvantages is with the use of fluidic jets. The study explores the deflagrated flame augmentation using a fluidic jet. The research identifies the key mechanisms of the interaction between a turbulent deflagrated flame and a turbulent jet in crossflow. Another focus of the study is to classify the effect of the initial flame regime on flame acceleration by comparing the flow development of a turbulent flame to that of a laminar flame. Advanced high-speed particle image velocimetry (PIV) and Schlieren imaging are used to analyze the physics of the interaction and flame acceleration
Review: infrared spectrometry
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Infrared spectrometry
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- Synchrotron Radiation Lagarde
- Synthetic Atmospheres Tuazon
- Synthetic Fibers Klyushnik
- System Coffey
- System Using Heterodyne Detection Koh
- System Using Heterodyne Detection Pandey
- Tablets Infrared Spectroscopy
- Technical-Grade Dimethyl
- Technique Adrian
- Temperature Thermal Detection Scheme Bailey
- Tetrachloride Extraction-Infrared Spectrophotometry Yamaguchi
- Tetrachloride In Chlorendic Anhydride Fatkullina
- The Experimental Viewpoint Stephens
- The Suspension Procedure Supplementary Sample
- Thionyl Chloride Cells Geronov
- Three Membered Ring Compounds Wurrey
- Three Phase Model Melamies
- Total Body Water Using Infrared
- Total Ozone Prior
- Toxic Dusts Collected
- Trace Gas Analysis Hanst
- Trace Organic Gases Sweger
- Transform Infrared Spectroscopy Applications Erickson
- Transient Systems Durana
- Transients Mantz
- Transition-Element Compounds Goldstein
- Transmission Spectroscopy Penninger
- Trout Ascoll
- Tunable Acousto-Optic Filter Chang
- Tunable Diode Lasers Butler
- Tunable Infrared Lasers Pidgeon
- Tunable Lasers McDowell
- Twisted Infrared Metal Waveguides Garmlre
- Ultrahigh Vacuum Systems Wierenga
- Ultraviolet Horlick
- Undergraduate Curriculum Polyethylene Chain
- Unlaxially Oriented Atactic Polystyrene Jasse
- Unsaturated Hydrocarbons Rang
- Unusual Dextrans Part IX
- Upper Atmosphere Mankin
- Urinary Calculi Ohmacht
- Urinary Stones Klee
- Urinary Stones Sagebiel
- Using Far-Infrared Spectroscopy Rebours
- Using Infrared Absorption Brice
- Using Infrared Frequency Shifts Clark
- Using Infrared Laser Spectroscopy Davies
- Using Nonlinear Optical Upconversion Krishnan
- Using Nonlinear Optical Upconversion Krishnan
- Using Tunable Diode Lasers
- Using Tunable Semiconductor Diodes Kim
- Vacuum Kydd
- Vapor Phase Infrared Spectrophotometry Uden
- ver Long Atmospheric Paths Cuiten
- Very High Pressures IR
- Via Difference-Frequency Generation Pine
- Vibrational Spectra Horak
- Vidrine D. Warren
- Vinyipyrldlne Thin Films Bieg
- Vinyl Acetate Copolymer Kostkova
- Vinylpyrldine Thin Films Bieg
- Voigt-Shaped Lines Lin
- Waste Waters Hellmann
- Water Ershova
- Water Gomez-Taylor
- Water Kaschube
- Water Ranchet
- Water Solution Fabian
- Water Using Heavy Water Basset
- Wavelength Rocketborne Infrared Spectrometer Wyatt
- Wool Fibers Weideman
- Zanzucchi P. J.
- Zeolite Catalysis Naccache
- Publication venue
- 'American Chemical Society (ACS)'
- Publication date
- Field of study