Experimental evidence indicating the potential biomedical advantages of using a Mark‐III
Free‐Electron Laser (FEL) for the ablation of soft tissue were first reported in 1994 …

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 …

Prior work with free-electron lasers (FELs) showed that wavelengths in the 6-to 7-µm range
could ablate soft tissues efficiently with little collateral damage; however, FELs proved too …

Генерация когерентного излучения к настоящему времени реали зована на самых
разнообразных активных средах и на многих тысячах лазерных переходов [1-10] с …

Previous studies have shown that changing the pulse structure of the free electron laser
(FEL) from 1 to 200 ps and thus reducing the peak irradiance of the micropulse by 200 times …

A four-stage laser system was developed, emitting at a wavelength of 6450 nm with a 3-5 ns
pulse duration,≤ 2 mJ pulse energy, and 1/2 Hz pulse repetition rate. The laser system …

Обсуждается использование лазеров в микрои нанотехнологиях для аблирования
материалов. Особо выделен класс лазеров с высокими частотами следования …

Beneficial medical laser ablation removes material efficiently with minimal collateral
damage. A Mark-III free electron laser (FEL), at a wavelength of 6.45 μm has demonstrated …

Спроектирована и создана установка для исследования эффекта резонансной
лазерной абляции таких материалов, как полимеры и биологические ткани. Основу …

We previously presented a model that attributes the wavelength-dependence of FEL tissue
ablation to partitioning of absorbed energy between protein and saline. This energy …