Growth of Droplet in Radiation-Induced Plasma of Own Steam

The theoretical approach is developed to describe the
change of drops in the atmosphere of own steam and buffer gas under
irradiation. It is shown that the irradiation influences on size of stable
droplet and on the conditions under which the droplet exists. Under
irradiation the change of drop becomes more complex: the not
monotone and periodical change of size of drop becomes possible.
All possible solutions are represented by means of phase portrait. It is
found all qualitatively different phase portraits as function of critical
parameters: rate generation of clusters and substance density.

• Pavlo Selyshchev

• Irradiation
• steam
• plasma
• cluster formation
• liquid droplets
• evolution.

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