In this research, we measure the temperatures of the non-combustible component (water) in
a fuel droplet by 2-Color LIF before its micro-explosive fragmentation. We use two types of …

Results of detailed analysis of temperature fields in droplets of four widely used liquids
(water, kerosene, Diesel and gasoline (petroleum oil) fuels) are presented. Single droplets …

A new approach is proposed to calculating the gas/vapor temperature field in the immediate
vicinity of a droplet using a set of thermocouples. The schemes used in the experiments are …

By using thermocouples and Planar Laser-Induced Fluorescence (PLIF) method, the
temperature fields of droplets, films, and aerosols of water have been measured at different …

Experimental and theoretical studies are carried out to broaden the modern understanding
of high-temperature heating of water droplets in the gas medium. Using the optical method …

This study presents a method for direct measurement of wall surface temperature realising
two-dimensional, thermographic phosphorescence imaging. The experiments were …

In this research, we obtain gas–vapor mixture temperature fields generated by blending
droplets and high-temperature combustion products. Similar experiments are conducted for …

To implement a higher share of renewables in power generation and accelerate the de-
carbonization of marine transportation, further development of the internal combustion …

A significant efficiency loss in combustion engines occurs due to heat transfer through the
combustion chamber wall, accounting for 20~ 30% of total fuel energy. This study presents a …