On the basis of Borel resummation, we propose a systematical improvement of bounce calculus of quantum bubble nucleation rate. We study a metastable superrenormalizable field theory, D dimensional O(N) symmetric φ4 model (D < 4) with an attractive interaction. The validity of our proposal is tested in D = 1 (quantum mechanics) by using the perturbation series of ground state energy to high orde...

Heterogeneous nucleation of vapor bubbles on a solid surface was simulated by the molecular dynamics method. Liquid argon between parallel solid surfaces was gradually expanded, until a stable vapor bubble was nucleated. Argon liquid was represented by Lennard-Jones molecules and each surface was represented by three layers of harmonic molecules with the constant temperature heat bath model usi...

Liquid explosions, generated by rapid egassing of strongly supersaturated liquids, have been investigated in the laboratory with a view to understanding the basic physical laX•sses operating during bubble nucleation a d growth and the subsequent behavior fthe expanding two-phase flow. Experimenkq are carried out in a shock tube and ,me monitored by high-speed photography and pressure trm•sducer...

Bubble nucleation in liquid confined nanochannel is studied using molecular dynamics simulations and compared against the over smooth surfaces (i.e. without confinement). Nucleation argon achieved by heating part of a platinum surface to high temperatures surface-to-liquid algorithm implemented LAMMPS. The hydrophilicity nanochannels increased understand its effect on behaviour. Liquid structur...

We review how the continuous symmetry can support a soliton inside a hightemperature bubble at the time of its nucleation. This solitonic island in disoriented phase remains stable during the growth of bubbles before their collision. There exists a well-established semiclassical theory of the first-order phase transition of which the process is described by the formation and the growth of bubbl...