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Internal combustion engine / Combustion / Flame / NOx / Combustor / Exhaust gas recirculation / Air–fuel ratio / Diffusion flame / Autoignition temperature / Pollution / Chemistry / Fire


Studies on a New High-Intensity Low-Emission Burner.
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Document Date: 2010-08-06 01:06:17


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City

Los Angeles / Ankara / /

Company

residual CO. / Cambridge University Press / INTENSITY LOW-EMISSION BURNER 1137 and CO / Swithenbank / /

Country

Turkey / United Kingdom / India / /

Facility

Combustion Institute / Aerospace Engineering Indian Institute of Science Bangalore / /

IndustryTerm

energy resource management / metal / large systems / calibration gas / energy equation / industrial applications / exhaust gas recirculation / combustion products / flue gas analyzer / chemical emissions / hot combustion products / low chemical emissions / liquefied petroleum gas / power systems / stainless-steel probe / /

MarketIndex

case 80 / /

Organization

Cambridge University / Aerospace Engineering Indian Institute of Science Bangalore / US Federal Reserve / H. S. MUKUNDA Combustion Gasification and Propulsion Laboratory Department / International Centre for Heat and Mass Transfer / National Aeronautics and Space Administration / PAUL / Combustion Institute / /

Product

Multipoint injection / /

Technology

radiation / COMBUSTION TECHNOLOGY / AEA Technology / /

SocialTag