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Accession Number
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ADA564707
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Title
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Energetic Flow Control.
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Publication Date
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Jul 2011
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Media Count
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9p
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Personal Author
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A. Nedungadi B. C. Cybyk
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Abstract
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The generation of plasmadynamic discharges for near surface aerodynamic application holds the promise of providing rapid and flexible steering control for advanced high speed flight vehicles. Effective manipulation of a flow field using flow control technologies can lead to a maneuverability, payload and range, as well as lowered cost. The John Hopkins University Applied Physics Laboratory is investigating the time dependent fluid dynamic interactions between collocated pulsed jets in order to demonstrate a potentially revolutionary system for high speed flow control that leverages spark jet technology.
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Keywords
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Control systems
Energetic properties
Flow fields
Fluid dynamics
High velocity
Pulsejet engines
Sparkjet
Steering
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Source Agency
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Non Paid ADAS
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NTIS Subject Category
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99F - Physical & Theoretical Chemistry
46B - Fluid Mechanics
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Corporate Author
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Johns Hopkins Univ., Laurel, MD. Applied Physics Lab.
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Document Type
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Technical report
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Title Note
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Final rept.
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NTIS Issue Number
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1303
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Contract Number
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FA9550-07-1-0163
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