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National Repository of Grey Literature 2 records found  Search took 0.01 seconds. 
SWIR diagnostics with silicon CCD a CMOS elements for TW iodine fotodissociation laser PALS
 Kmetík, Viliam
Mature silicon CCD and CMOS technologies provide right diagnostics of laser beam intensity and phase in visible and near infrared region. In case of SWIR lasers, particularly iodine lasers with working wavelength 1315 nm, other technologies with smaller resolution, dynamics a reliability but considerably higher price are currently used. Experimentally was shown, that suitable silicon CCD a CMOS elements are even contrary to very low sensitivity at 1,3 micron, capable reliably detect this radiation and are suitable for visualization and measurement of SWIR laser beams. Fundamental properties of detectors and their limits were studied.. Resolution of investigated detectors was few times bigger than resolution of available SWIR detectors. Selected CCD a CMOS elements were modified for measurement of laser beam at wavelength 1,3 micron with high resolution. These elements were used for beam measurement of iodine fotodissotiation laser PALS at 1315 nm with resolution of 1390x1040 points.
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Laserlab Europe - The Integrated Initiative of European Laser Laboratories
 Kmetík, Viliam ; Bachárová, L.
PALS is a member of the LASERLAB Europe consortium from 2004, as one of 17 original laser laboratories from 9 EU countries. LASERLAB EU is from beginning focused on cooperation of excellent laser research facilities by support of science via ERA - European Research Activities. In 6-th Framework Programme of EU, LASERLAB successfully fulfilled all goals and continuing project is included in 7-th Framework Programme. Currently LASERLAB EU II includes 26 laser infrastructures, 13 subcontractors a 6 associates from 19 EU countries including International Laser Center in Bratislava. ILC participates on the project by establishing of a biofotonic infrastructure and is responsible for education of users. Primary goal of LASERLAB Europe is strengthening of the leading role of Europe in laser research through Transnational Access, JRA - Joint Research Activities and Networking Activities.
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