We study the quantum phase-separation kinetics of a supersaturated liquid mixture at
temperatures down to absolute zero. The energy dissipation effect of diffusion is …

We have investigated the phase separation in supersaturated− 4 3 He liquid mixtures due to
nucleation via thermal fluctuations below∼ 200 mK and found a large discrepancy in the …

This review addresses the kinetics of spontaneous boiling-up of liquefied gases and their
solutions. It discusses the theories of thermal and quantum nucleation in metastable liquids …

The experimental study of concentration dependences of the first sound attenuation
coefficient in superfluid {sup 3} He-{sup 4} He mixtures for saturated and supersaturated …

Phase separation kinetics and growth of the new phase in supersaturated superfluid 3 He-4
He solutions was studied using the method of continuous change of 3 He concentration in …

The concentration dependence of the attenuation coefficient of first sound in superfluid He 3–
4 He solutions in the saturation and supersaturation regions is investigated experimentally …

The nucleation of the 3 He-concentrated phase is analyzed at the phase-separation of a
supersaturated liquid 3 He–4 He mixture in a wide range of temperatures. The crossover …

The kinetics of the temperature and concentration variations in the superfluid 3 He–4 He
mixtures with initial concentration of 9.8% 3 He, and heated from below, was studied …

It is shown that subcritical phase-separation nuclei (domains of decomposition) arising
spontaneously in a supersaturated He 3–He 4 mixture can become centers of hydrodynamic …

Supersaturated superfluid 3 He–4 He liquid mixture, separating into the 3 He-concentrated c-
phase and 3 He-diluted d-phase, represents a unique possibility for studying macroscopic …