SAE Transactions, Vol. 105, Section 3: JOURNAL OF ENGINES (1996), pp. 1249-1259 (11 pages) The performance of an in-cylinder optical combustion intensity sensor is presented. The sensor and associated ...
Mixture formation and the ignition process in 4 cycle 4 cylinder spark ignition engines were investigated, using an optical combustion sensor that combines fiber optics with a conventional spark plug.
Today's rich-lean combustors for kerosene operation are highly specialised systems designed to provide low emissions and robust combustion. Changing the fuel from hydrocarbons to pure hydrogen ...
The field of flame imaging and combustion process monitoring has evolved significantly in recent years, combining advanced optical sensing with data analytics to provide real‐time insights into ...
In the High Pressure Optical Test Rig (HiPOT), burners can be operated under typical gas turbine conditions and combustion phenomena can be analysed in detail, i.e. at high pressure, high turbulence ...
CHAMPAIGN, Ill. - A high-fidelity spectrometric system for studying the behavior of drops and particles in industrial flame reactors has been constructed by researchers at the University of Illinois ...
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