Add to ORKGQuantitative measurements of in-cylinder nitric oxide (NO) concentrations in one of the cylinders of a heavy-duty Diesel engine (DAF, Eindhoven, NL) are performed by means of laser-induced fluorescence (LIF), realising both spatially and crank-angle resolved detection. In order to convert the LIF signal into NO concentration, the pressure and temperatur
Continuous on-line imaging by 2D-LIF techniques of in-cylinder NO distributions in a running Diesel ...
Understanding the microscopic details of the formation of NO in internal combustion engines is a key...
A number of laser diagnostic techniques enabling a correction for laser intensity and detection effi...
Despite the diesel engine's popularity, its emission of high levels of nitric oxide (NO) is problema...
Quantitative in-cylinder laser-induced fluorescence measurements ofnitric oxide in a heavy-duty Dies...
Of all internal combustion engines diesel engines tend to be the most efficient. However, this high ...
Quantification of the nitric oxide (NO) concentration inside the cylinder of a Diesel engine by mean...
Nitric oxide (NO) is one of the most polluting components in the exhaust gases of a diesel engines...
We present quantitative, in-cylinder, UV-laser-induced fluorescence measurements of nitric oxide in ...
Laser-induced fluorescence (LIF) imaging was applied to investigate NO formation in a directly injec...
Laser-induced fluorescence (LIF) imaging was applied to investigate NO formation in a directly-injec...
Continuous on-line imaging by 2D-LIF techniques of in-cylinder NO distributions in a running Diesel ...
Understanding the microscopic details of the formation of NO in internal combustion engines is a key...
A number of laser diagnostic techniques enabling a correction for laser intensity and detection effi...
Despite the diesel engine's popularity, its emission of high levels of nitric oxide (NO) is problema...
Quantitative in-cylinder laser-induced fluorescence measurements ofnitric oxide in a heavy-duty Dies...
Of all internal combustion engines diesel engines tend to be the most efficient. However, this high ...
Quantification of the nitric oxide (NO) concentration inside the cylinder of a Diesel engine by mean...
Nitric oxide (NO) is one of the most polluting components in the exhaust gases of a diesel engines...
We present quantitative, in-cylinder, UV-laser-induced fluorescence measurements of nitric oxide in ...
Laser-induced fluorescence (LIF) imaging was applied to investigate NO formation in a directly injec...
Laser-induced fluorescence (LIF) imaging was applied to investigate NO formation in a directly-injec...
Continuous on-line imaging by 2D-LIF techniques of in-cylinder NO distributions in a running Diesel ...
Understanding the microscopic details of the formation of NO in internal combustion engines is a key...
A number of laser diagnostic techniques enabling a correction for laser intensity and detection effi...