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Flame / Combustion / Diffusion flame / Renew / Ozone / Deflagration / Berlin Institute of Technology / Chemical engineering / Fire / Chemistry / Combustion engineering


           
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Document Date: 2014-09-02 09:25:00


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File Size: 1,01 MB

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Facility

R. S. Bar / Combustion Institute / University Bochum / Berlin Institute of Technology / /

IndustryTerm

gas-solid interaction / reversible chemical reactions / hybrid algorithm / parallel solution / numerical algorithm / chemical species / steady state solution / gas-liquid / numerical solution / /

Organization

Ruhr-Universität Bochum / Faculty of Mechanical Engineering / Berlin Ruhr-Universität Bochum Seung / Institute of Technology / Institut für Energietechnik / Combustion Institute / /

Person

Henry J. Curran / J. B. Moss / John M. Simmie / Charles K. Westbrook / William J. Pitz / Paul A. Libby / N. C. Bray / Frank Behrendt Fakultät III / /

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Position

Co-author / 2nd co-author / /

PublishedMedium

Journal of Computational Physics / /

Technology

laser / one processor / Thermodynamics / hybrid algorithm / Fluid Dynamics / simulation / PDF / /

URL

www.flame-structure-2014.com / /

SocialTag