Proceedings Article | 16 November 2010
KEYWORDS: Pulsed laser operation, Deep ultraviolet, Free electron lasers, Strontium, Laser applications, Excimer lasers, Chemical species, Copper, Laser ablation, Ultraviolet radiation
Middle infrared and deep ultraviolet laser systems, which are based on high-power high-beam-quality stable-operating
He-SrBr2 and Cu+ Ne-CuBr lasers excited in nanosecond pulsed longitudinal discharge, are developed, patented and
studied. Optimal discharge conditions, such as active zone diameter, vapor pressure, buffer-gas pressure, electrical
excitation scheme parameters, average input power, pulse repetition frequency, are found. The highest output laser
parameters are obtained for the Sr atom and Cu+ lasers, respectively. These lasers equipped with optical systems for
control of laser radiation parameters, such as laser beam divergence, laser intensity distribution, etc. are used in a large
variety of applications, such as precise material microprocessing, including biological tissues, determination of linear
optical properties of different materials newly developed, laser-induced modification of conductive polymers, laserinduced
fluorescence in wide-gap semiconductors, instead of free electron and excimer lasers, respectively.