A survey of biophysical and biomedical applications of free-electron lasers (FELs) is
presented. FELs are pulsed light sources, collectively operating from the microwave through …

ABSTRACT Free‐Electron Lasers (FELs) collectively operate from the terahertz through the
ultraviolet range and via intracavity Compton backscattering into the X‐ray and gamma‐ray …

Laser ablation of bio‐tissues is the key technology of future surgeries, owing to the merits of
submicron accuracy, non‐contact operation, and precision control assisted by automation …

Настоящее учебное пособие предназначено для студентов специальности 200201
«Лазерная техника и лазерные технологии», бакалавров и магистров направления …

The effect of viscoelasticity on the thermodynamic performance of a thermally decomposable
lubricant subjected to shear and Arrhenius kinetics is investigated with direct numerical …

Femtosecond lasers allow for high-precision, high-quality ablation of biological tissues
thanks to their capability of minimizing the thermal loads into the irradiated material …

Although 6.45 µm is not the strongest absorption band of biological tissues in the mid-
infrared, a Mark-III free-electron laser (FEL) tuned to this wavelength can efficiently ablate …

Abstract Background and Objectives Investigations with a Mark‐III free electron laser, tuned
to 6.45 µm in wavelength have demonstrated minimal collateral damage and high ablation …

A mid-infrared free-electron laser (FEL) is a linearly polarized, high-peak powered pulse
laser with tunable wavelength within the mid-infrared absorption region. It was recently …

We investigate, using direct numerical simulations, the effects of viscoelasticity on pressure
driven flows of thermally decomposable liquids in channels. A numerical algorithm based on …