The local evaporation rate and interfacial temperature are two quintessential characteristics
for the study of evaporating droplets. Here, it is shown how one can extract these quantities …

Hypothesis We propose that during the evaporation of sessile droplets, the evaporative flux
profile is primarily influenced by droplet geometry and composition under diffusion-limited …

In this paper the temperature and temperature profile in axi-symmetric premixed, partially
premixed and diffusion butane/air flames generated by butane torch is investigated using …

This study investigates the optical, mechanical, and antimicrobial properties of
polypropylene (PP) fibers enhanced with titanium dioxide (TiO2) and zinc oxide (ZnO) …

In this work, we describe an adaptation of Fourier–Hankel method to Abel inversion for the
deflection tomographic reconstruction of axisymmetric temperature field. This technique is …

At the Wendelstein 7-X stellarator, the X-ray imaging crystal spectrometer provides line
integrated measurements of ion and electron temperatures, plasma flows, as well as …

The current study investigates evaporation of liquid hydrocarbons from a circular well cavity
of small depth. Gravimetric analysis is performed to measure the evaporation rate and digital …

The temperature field of a horizontal cylinder in natural convection is studied experimentally
using a lateral shearing interferometer (LSI) with a large shear amount. Real-time …

A high-precision background-oriented schlieren (BOS) measurement technique was
developed to analyze the density field of gases ejected from a micro-rocket torch in scramjet …

Active control of the local environment of the cold atmospheric plasma (CAP) jet is of great
importance in actual applications since the CAP operates in an open atmosphere with the …