Thermal Physic Processes, Phase Transitions and Chemical Reactions in High-Temperature Gas, Vapour and Liquid Systems
A special issue of Entropy (ISSN 1099-4300). This special issue belongs to the section "Thermodynamics".
Deadline for manuscript submissions: closed (30 September 2020) | Viewed by 11341
Special Issue Editor
Interests: energy; fuels; ignition; combustion chemistry; environmental performance; gas emissions; waste-derived fuels; coal–water slurry; waste to energy; thermal engineering; mathematical modeling; heat and mass transfer
Special Issues, Collections and Topics in MDPI journals
Special Issue Information
Dear Colleagues,
High-temperature gas, vapor, and liquid flows have great potential for many applications, for example, thermal and flame water cleaning from unspecified hard and liquid impurities; production of hydrogen and syngas with the required component composition by heating wet condensates; production of heat carriers based on flue gases, vapor, and water; thermally loaded surface treatment and cleaning; defrosting of loose media by gas–vapor–droplet flows; and firefighting using water mist and polydisperse flows of water slurries and emulsions. High-temperature heating may lead to the generation of a buffer vapor layer near the liquid–gas interface, decreasing the heat flow from the gases to the droplet surface. Interactions of droplets and particles have a significant effect on the characteristics of multiphase flows. Great difficulties arise with reliable registration of evaporation rates and chemical reactions. Modern experimental methods and the most complete physical and mathematical models are required for development of perspective technologies.
This Special Issue looks at the new experimental and theoretical research results in the processes and phase transitions of perspective high-temperature multiphase flows on the base of gases, vapors, and liquids. We welcome research works on all aspects of thermal physic processes, phase transitions, and chemical reactions in high-temperature gas, vapor, and liquid systems for this Special Issue.
Prof. Dr. Pavel A. Strizhak
Guest Editor
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Keywords
- thermal physics
- heat and mass transfer
- phase transitions
- fluid dynamics
- evaporation
- droplets
- liquid film
- gases
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