We describe a laser induced incandescence (LII) measurement system for 2D mapping of non-volatile particulate matter (soot) in full-scale aero-engine exhausts. Simulation allows us to quantify the sensitivity of the measurement to variation in physical properties such as primary particle size, over a range of laser fluences and as a function of beam diameter. We discuss the implications of our results for optimisation and calibration of soot imaging in exhaust streams
A method to produce spatially resolved images of the distribution of absorbing particles in the exha...
This paper provides an overview of a workshop focused on fundamental experimental and theoretical as...
In-situ measurements of chemical species in combustion processes is an area of major research intere...
We describe a laser induced incandescence (LII) measurement system for 2D mapping of non-volatile pa...
Control and reduction of soot particle emissions from aeronautic turbines requires a monitoring syst...
The laser-induced incandescence technique (LII) is a laser-based diagnostic technique for measuremen...
This dissertation describes the results of soot measurements acquired in the combustion chamber of a...
International audienceTwo-time-step laser-induced incandescence (LII) imaging was performed in Diese...
To address the need for measuring soot flux from aircraft engines, a system employing laser-induced ...
Diesel and gasoline engines face tightening particulate matter emissions regulations due to the envi...
The thesis describes the characterisation and application of the laser induced incandescence techn...
Laser-induced incandescence, LII, is a laser-diagnostic technique that can be used to measure the vo...
The health and environmental risks due to airborne nanoparticles are important issues facing the cit...
The health and environmental risks due to airborne nanoparticles are important issues facing the ci...
With growing concerns over the detrimental effects of soot emission, it has become important to stu...
A method to produce spatially resolved images of the distribution of absorbing particles in the exha...
This paper provides an overview of a workshop focused on fundamental experimental and theoretical as...
In-situ measurements of chemical species in combustion processes is an area of major research intere...
We describe a laser induced incandescence (LII) measurement system for 2D mapping of non-volatile pa...
Control and reduction of soot particle emissions from aeronautic turbines requires a monitoring syst...
The laser-induced incandescence technique (LII) is a laser-based diagnostic technique for measuremen...
This dissertation describes the results of soot measurements acquired in the combustion chamber of a...
International audienceTwo-time-step laser-induced incandescence (LII) imaging was performed in Diese...
To address the need for measuring soot flux from aircraft engines, a system employing laser-induced ...
Diesel and gasoline engines face tightening particulate matter emissions regulations due to the envi...
The thesis describes the characterisation and application of the laser induced incandescence techn...
Laser-induced incandescence, LII, is a laser-diagnostic technique that can be used to measure the vo...
The health and environmental risks due to airborne nanoparticles are important issues facing the cit...
The health and environmental risks due to airborne nanoparticles are important issues facing the ci...
With growing concerns over the detrimental effects of soot emission, it has become important to stu...
A method to produce spatially resolved images of the distribution of absorbing particles in the exha...
This paper provides an overview of a workshop focused on fundamental experimental and theoretical as...
In-situ measurements of chemical species in combustion processes is an area of major research intere...