The results of a series of experiments focused on investigation of the heating and
evaporation of suspended water droplets in a hot air flow (at temperatures up to 800° C) are …

Gas-steam-droplet technologies are widely used in systems operating at high temperatures
ranging between 400 and 2000° C, namely: fire-fighting systems, thermal fluid cleaning, fuel …

In this paper, we present the rates and typical durations of high-temperature heating and
evaporation of water droplets determined for the dominating conductive, convective or …

Today, requirements to the resource efficiency of power plants are becoming increasingly
stringent, but hardware limitations are still there. The scientific community keeps searching …

The interaction of two drops is studied experimentally: a small droplet falls on a large sessile
drop located on a hot wall. The temperature of the falling droplet is 20° C, and the wall …

In this paper, we study the boiling of heated water emulsion droplets in the air flow at a
temperature of 20–800° С. The relative volume concentration of the flammable components …

The micro-explosion of slurries and emulsions droplets under heating contribute to a
significant increase in efficiency of a large group of promising technologies, in particular, in …

Abstract The Planar Laser Induced Fluorescence optical technique is used to measure the
droplet temperature field, and the Micro Particle Image Velocimetry–the velocities of natural …

Over the recent years, the research community has taken an increasing interest in high-
temperature gas-steam-droplet systems. This promotes emerging technologies in thermal or …

Current technologies of thermal and flame liquid treatment involve high energy
consumption, repeated supply of untreated liquid to the chamber, long-term heating and …