Interest in minimally invasive and localized treatments for cancer has led toward a dramatic
increase in the development of novel nanomaterials as light absorbing agents. The …

Mostly thanks to its noninvasiveness, thermal ablation is a widely used technique to treat
tumors in organs like liver, kidney and so on. With this technique tumor tissue necrosis is …

A combined thermal model for transient temperature field in a tumor and ambient tissue
during laser heating of embedded gold nanoparticles is developed. The approach …

A novel heating strategy based on laser irradiation of surrounding tissues as an alternative
to direct irradiation of superficial tumors is proposed and analyzed for the first time. The …

Cellular and biological tissue heating may result in reversible (or repairable injury) and
irreversible (or lethal) thermal cell-death in living biological tissues. Continuous …

Scattering of electromagnetic waves in the visible and infrared spectral ranges is an
important phenomenon which should be taken into account in diverse problems of thermal …

Numerical study of the influence of magnetic field on the plasma compressed by powerful
source is carried out. Numerical experiments for the magnetized plasma behavior during …

The most interesting, but insufficiently known results obtained by the author in modeling
laser-induced hyperthermia of human tumors are discussed. It is important that the …

Laser ablation is a minimally invasive therapeutic technique to denature tumors through
coagulation and/or vaporization. Computational simulations of laser ablation can evaluate …

In the paper a numerical analysis of thermal processes proceeding in a soft tissue subjected
to a laser irradiation is presented. The transient bioheat transfer in the 3D domain …