The monograph is devoted to the description of the kinetics of
spontaneous boiling of superheated liquefied gases and their
solutions. Experimental results are given on the temperature of
accessible superheating, the limits of tensile strength of liquids
due to processes of cavitation and the rates of nucleation of
classical and quantum liquids. The kinetics of evolution of the gas
phase is studied in detail for solutions of cryogenic liquids and
gas-saturated fluids. The properties of the critical clusters
(bubbles of critical sizes) of the newly evolving gas phase are
analyzed for initial states near the equilibrium coexistence curves
of liquid and gas, for states near the limits of accessible
superheating and for initial states near the respective spinodal
curves. Finally, processes of explosive boiling of cryogenic
liquids are considered occurring as the result of outflow processes
and intensive interactions with high-temperature liquid samples.
From the Contents: Equilibrium, Stability and Metastability
Attainable Superheating of One-Component Liquids Nucleation in
Solutions of Liquefied Gases Nucleation in Highly Correlated
Systems Nucleation Kinetics Near the Absolute Zero Temperature
Explosive Boiling-Up of Cryogenic Liquids
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