... range. gasification of biomass natural gas ignition laminar flame speed reaction kinetics decentralized electricity generation An annual worldwide increase of the electrical power demand of 2.2% is expected until 2035 [ 1 ]. Therefore, additional power plant resources must be provided...

... to the modeling of collider species, it was found that the current OH* model performs well for N 2 , but some improvements can be made for CO 2 . 21 06 2011 09 07 2011 16 02 2012 16 02 2012 chemiluminescence engines gas turbines reaction kinetics The goal of the present...

... turbines jets nitrogen compounds reaction kinetics Lean-premixed (LPM) combustion technology is utilized in state of the art gas turbines to provide extremely efficient power generation with low emissions. Although there are many diffusion flame fired gas turbines still in place, LPM systems...

... flow guidance, an additional air preheater close to the burner, and the combustor itself. The test carrier possesses numerous temperature and pressure instrumentation locations. combustion flames gas turbines reaction kinetics FLOX ® HiPerMix ® flameless combustion gas turbine...

... index, critical point, two-phase diagram, and distillation curve. 22 04 2009 03 06 2009 05 08 2010 05 08 2010 combustion distillation enthalpy evaporation fuel phase diagrams phase equilibrium reaction kinetics The algorithm of the two-phase diagram...

... combustion flames gas mixtures gas turbines laminar flow reaction kinetics 16 04 2009 13 08 2009 10 06 2010 10 06 2010 2010 American Society of Mechanical Engineers ...

... chemistry of C1-C3 alkanes. 16 04 2009 28 05 2009 10 06 2010 10 06 2010 combustion fuel ignition natural gas technology organic compounds reaction kinetics Natural gas is a common fuel used in gas turbines for power generation ( 1 ). It is becoming increasingly...

...) were compared with multicomponent fuel cases. 30 04 2009 29 08 2009 14 04 2010 14 04 2010 Boltzmann equation combustion engines flames fuel Poisson equation reaction kinetics continuous multicomponent fuel model flame propagation G-equation detailed chemical...

... [ H 2 O 2 ] , as the RG blend fraction increased from 0% to 30%, as shown in Fig. 22 . 26 06 2008 21 07 2008 22 05 2009 blending combustion ignition internal combustion engines reaction kinetics Diesel engine manufacturers are pursuing a variety...

... premixed flames). Therefore, the large iso-octane mechanism must be properly reduced in order to perform HCCI engine simulations. air pollution control combustion ignition internal combustion engines numerical analysis reaction kinetics 02 05 2007 12 01 2008 29 04 2008...

... of a Flame Measured in an Engine Using Particle Image Velocimetry ,” SAE Paper No. 900053. 04 08 2005 23 10 2007 26 03 2008 combustion internal combustion engines particle velocity analysis reaction kinetics swirling flow PIV in-cylinder flow intake port combustion...

... combustion gas turbines engines reaction kinetics fuel For several years now, natural gas has been widely used as a fuel for stationary power generation gas turbine engines ( 1 ). Although composed primarily of methane, natural gases can contain from a few percent up to as much as 18% of other...

... . 23 05 2005 28 02 2006 diesel engines reaction kinetics approximation theory eigenvalues and eigenfunctions differential equations mechanical engineering computing Rapid development of computer technology has made it possible to implement more and more sophisticated...

...) engines. However, HCCI still faces the challenges of ignition timing control, combustion rate control, and operating range extension ( 1 ). internal combustion engines combustion ignition valves reaction kinetics 02 11 2005 21 02 2006 Figure 11 shows the pressure curves...

... for simulating the JSR experiments. It was also successfully used to simulate the structure of a fuel-rich premixed kerosene-oxygen-nitrogen flame and ignition delays taken from the literature. 01 10 2005 01 02 2006 jet engines combustion reaction kinetics ignition Kerosene (Jet...

... reaction kinetics mixing carbon ignition Airborne particulate matter (PM) is a major air-quality concern because of its health effects and its impact on visibility ( 1 ). As a result, the U.S. Environmental Protection Agency has established strict standards for the atmospheric PM levels ( 2...

... by the F&C Division Mar. 2002; final revision received Mar. 2004. Associate Editor: S. R. Gollahalli. 01 Mar 2002 01 Mar 2004 24 11 2004 pyrolysis reaction kinetics oxidation polymers differential scanning calorimetry waste disposal heat transfer mass transfer...

.... 20 Jan 2003 12 March 2004 24 11 2004 gas turbines combustion air pollution computational fluid dynamics reaction kinetics organic compounds coagulation condensation fuel As future legislation for exhaust emission of internal combustion engines becomes more and more...

... employing a sufficiently detailed description of the chemical reaction kinetics of the unburned mixture. For hydrogen–air mixtures, this modeling involves 30 reactions, as shown in the Appendix, Table 1 , selected from the reaction scheme of C H 4 reported earlier ( 12 ) and the following 12...

... benchmark testing heat sinks combustion cooling heat exchangers fuel gas turbines waste heat reaction kinetics aerodynamics pollution control aerospace safety Thermal management is a significant challenge in advanced aircraft, rocket, and missile engines. As flight speeds increase...