Simultaneous imaging of OH∗ chemiluminescence and Mie scattering of fuel spray have
been performed under reacting conditions in a constant volume combustion chamber aimed …

Abstract Hydrogenated Catalytic Biodiesel (HCB), with excellent volatility and cetane
number while without contain oxygen and aromatic hydrocarbons, have great potential to …

In this work, diffused back-illumination extinction imaging and OH* chemiluminescence
imaging were employed simultaneously to measure the soot production, spray liquid length …

Pure diesel and biodiesel were tested inside a constant-volume combustion chamber which
simulates the in-cylinder conditions similar to a diesel engine and is more flexible to change …

Application of biodiesel is very important for reducing the consumption of fossil fuels and
improving emissions performance of internal combustion engines in the transportation field …

The GB20 combined from 20% biodiesel and 80% gasoline showed the excellent potential
for engine fuel application due to utilizing superior lubrication ability, renewables …

The spray, flame natural luminosity and soot quantitative measurement by fueling n-butanol
and soybean biodiesel were investigated on a constant volume chamber using multi laser …

This study investigated the spray combustion characteristics of diesel fuel using the Diffuse
Back-illumination Imaging (DBI), Direct Photographic, and OH* chemiluminescence …

Liquid-phase penetration, flame lift-off location and soot volume fraction distribution of
gasoline–diesel blended fuel jets (gasoline volume fraction 0%, 20%, 40% and 60%) were …

This paper investigates the combustion of biodiesel and diesel in an optical accessible
constant volume chamber that can simulate the conditions in compression ignition engines …