Medwell, Paul||Chan, Shaun||Evans, Michael <br/><br/>
Progress in Combustion Diagnostics, Science and Technology 

<br/><br/><br/>English[eng] 
<br/><br/><label>Subjects--Topical Terms: </label><br/>steam ejector||vortex||detonation combustion||engine valve system control||canola oil (Co)||eddy-generation mechanism||critical back pressure||hydrogen||internal combustion engine||combustion modelling||frequency||stationary wavelet packet transform||numerical investigations||gasoline engine||experiment||flame length||vehicle dynamic model||micro-scale combustion||operating parameter||high pressure gas jet||entrainment ratio||hot jet detonation initiation technique||Mahalanobis distance||tunable diode laser absorption tomography||diffusion flames||flame acceleration||wet steam model||computational fluid dynamics||biofuel||NOx emission index||micro power generation||acoustic||gasoline vehicles||turbulence||CO2 emission||fire suppression system||shock wave||engine valve systems||combustion||driving cycles||diesel fuel (Df)||fire whirl||dual-fuel engine||combustion optimization||CI engine||electric vehicles||flow structure||PPCI diesel engine||ignition position||exhaust gas||alternative fuel||fuel injector||large eddy simulation||pilot injection||flame-front||similarity analysis||fuel combustion||jet penetration||temperature||combustion waste heat||pumping performance||compression ignition||planer laser tomography||n-hexane||condensation effect||root mean square error||High speed PIV||diesel engine||common rail||detailed chemistry||stationary wavelet transform||shock-mixing layer||flame propagation||continuously variable valve systems||flow-field||direct injection||combustion noise||injection||global residence time