The results of this paper show-for an existing high intensity, focused ultrasound (HIFU)
transducer-the importance of nonlinear effects on the space/time properties of wave …

Two theoretical models and the corresponding numerical codes for the description of
nonlinear acoustic beams radiated from intense cw sources in water are presented. In the …

A method for fast numerical simulation of high-intensity focused ultrasound beams is
derived. The method is based on the frequency-domain representation of the Khokhlov …

Исследуется влияние акустической нелинейности на эффективность нагрева
биологической ткани мощным сфокусированным ультразвуком при режимах …

Numerical simulations of focused acoustic beams are performed in water over a wide range
of linear gains and source amplitudes, in order to demonstrate the combined effect of …

In cases of severe injury, physicians speak of a “golden hour”—a brief grace period in which
quickly applied, proper therapy can save the life of the patient. Much of this mortality results …

This paper investigates the shock formation distance in a bounded sound beam of finite
amplitude by solving the Khokhlov-Zabolotskaya-Kuznetsov (KZK) equation using frequency …

Propagation of high intensity focused acoustic beam in medium consisting of two
homogeneous layers is considered. The first layer is water, the second–the medium with …

The theme of the work is investigation of effects of acoustic nonlinearity on efficacy of
biological tissue heating due to absorption of high intensity focused ultrasound. Regimes of …