D. Piernikarski

发表

Detection of knocking combustion in a spark ignition engine using optical signal from the combustion chamber

Jacek Hunicz, Dariusz Piernikarski, H. Komsta, 2013 .

Investigation of Misfire Nature Using Optical Combustion Sensor in a SI Automotive Engine

Jacek Hunicz, Dariusz Piernikarski, J. Hunicz, 2000 .

Investigation of combustion in a gasoline engine using spectrophotometric methods

Jacek Hunicz, Dariusz Piernikarski, J. Hunicz, 2001, Optoelectronic and Electronic Sensors.

Knockdetection using spectral emission of flames

D. Piernikarski, 2009 .

Statistic evaluation of usability of optical radiation intensity for the knock detection

Dariusz Piernikarski, D. Piernikarski, 2006 .

Experimental stand for optical fiber combustion sensing in a spark ignition automotive engine

Dariusz Piernikarski, Miroslaw Wendeker, M. Wendeker, 1997, Other Conferences.

Integrated optical system for investigation and diagnostics of abnormal combustion in an automotive engine

Dariusz Piernikarski, D. Piernikarski, 2004, Lightguides and Their Applications.

Transient In-Cylinder AFR Management Based on Optical Emission Signals

J. Hunicz, D. Piernikarski, A. Niewczas, 2004 .

Design of nonlinear electromagnetic energy harvester equipped with mechanical amplifier and spring bumpers

D. Piernikarski, W. Janicki, M. Ostrowski, 2023, Bulletin of the Polish Academy of Sciences Technical Sciences.

Evaluation of knock intensity using wide-band optical signal from the combustion chamber

D. Piernikarski, 2006 .