This is a comprehensive, critical, and pedagogical review of volumetric emission
tomography for combustion processes. Many flames that are of interest to scientists and …

The influence of the injection system on combustion instabilities is investigated on a
laboratory-scale combustor equipped with a single injector that is weakly-transparent to …

MILD (moderate or intense low-oxygen dilution) combustion is a promising technology for
mitigating NOx emission from fuel combustion, but the combustion stability becomes an …

In this study a measurement technique for determination of equivalence ratio fluctuations
from flame chemiluminescence in a kerosene-fuelled lean premixed combustor under …

The second part of this experimental analysis, presented in this paper, seeks to go deep on
the characterization of the Spray C and Spray D nozzles from the Engine Combustion …

Imaging of OH* or CH* chemiluminescence with intensified cameras is often employed for
the determination of heat release in premixed flames. Proportionality is commonly assumed …

The development of a novel burner concept for the synthesis of nanoparticles in spray
flames is described and the prototype is experimentally characterised. The burner was …

Imaging of OH* or CH* is often used for the determination of heat release in turbulent flames.
Proportionality is commonly assumed, but was never proven. The study investigates which …

Equivalence ratio fluctuations play an important role in exploring and controlling flame
dynamic instabilities such as thermoacoustic combustion instabilities associated with lean …

Equivalence ratio is one of key parameters associated with various flame characteristics
such as flame structure and heat release rate. Chemiluminescence diagnosis of …