The understanding of soot formation in combustion processes and the optimization of
practical combustion systems require in situ measurement techniques that can provide …

Soot is responsible for notoriously detrimental effects on human health, air quality, and
global and regional climate. Controlling soot emissions to the atmosphere will require …

Soot particle emission from combustion processes is a significant environmental and health
problem. Optical detection is clearly the only viable choice for in situ PAH and soot …

Abstract Effects of oxygenated fuels on soot reduction strongly depend on the base fuel.
Interesting candidates from oxygenated fuels in this respect include both n-butanol and 2, 5 …

We used time-resolved laser-induced incandescence (LII) to compare optical and physical
properties of soot at the edge and in the center of two co-flow diffusion flames in common …

Despite ongoing research efforts directed at reducing engine-out emissions, diesel engines
are known to be one of the largest sources of atmospheric particulate matter (ie, soot) …

The optical properties of soot, in particular the propensity of soot to absorb and scatter light
as a function of wavelength, are key parameters for the correct interpretation of soot optical …

Measurements of black carbon (BC) with a high-sensitivity laser-induced incandescence
(HS-LII) instrument and a single particle soot photometer (SP2) were conducted upwind …

The optical properties of combustion-generated soot, crucial information for quantitative soot
emission diagnostics and for climate modeling, have been determined for the particular case …

This review is conducted to assess the effectiveness of the laser extinction method (LEM)
calibrated laser-induced incandescence (LII) to quantitatively determine the soot volume …