9 research outputs found
Monte Carlo Calculations for Liquid He at Negative Pressure
Get PDFA Quadratic Diffusion Monte Carlo method has been used to obtain the equation
of state of liquid He including the negative pressure region down to the
spinodal point. The atomic interaction used is a renewed version (HFD-B(HE)) of
the Aziz potential, which reproduces quite accurately the features of the
experimental equation of state. The spinodal pressure has been calculated and
the behavior of the sound velociy around the spinodal density has been
analyzed.Comment: 10 pages, RevTex 3.0, with 4 PostScript figures include
Peculiarities of isolated acoustic pulses generated for exerting influence on a treated material in liquid media
No full textEngineering method of calculating the technological parameters of pulse corona discharge in strong electrolytes: I. Single-point electrode systems
No full textA Multifrequency Acoustic Sounding System for Studying the Acoustic Characteristics of the Upper Layer of the Sea
No full textThermal nucleation of cavities in liquid helium at negative pressures
No full textWe have investigated the nucleation rate at which cavities are formed in 4He and 3He at negative pressures due to thermal fluctuations. To this end, we have used a density functional that reproduces the He liquid-gas interface along the coexistence line. The inclusion of thermal effects in the calculation of the barrier against nucleation results in a sizable decrease of the absolute value of the tensile strength above 1.5 K
