ON FEASIBILITY OF SPECTROSCOPIC CONTROL OVER LASER CLEANING PROCESS
Annotation
Spectroscopic analysis of laser plume is used for checking quality of laser cleaning of surfaces. Results of experimental study of the approach are presented. A model method is proposed for estimation of deactivation coefficient from data obtained in experiments carried out with nonradioactive isotopes of most persistent radioactive pollutants.
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Articles in current issue
- HIGH POWER LASER PROPULSION
- AN EXPERT SYSTEM FOR LASER MICROPROCESSING MODE OPTIMIZATION
- AN EXPERT SYSTEM FOR LASER MICROPROCESSING MODE OPTIMIZATION
- PULSED LASER ASSISTED FORMING OF THIN SHEET METAL
- LASER-INDUCED SILICON SURFACE STRUCTURING FOR SOLAR CELL APPLICATION
- MODIFICATION OF PHOTOSENSITIVE GLASS-CERAMIC “FOTURAN” WITH ULTRASHORT LASER PULSES
- REDISTRIBUTION OF ELEMENTS IN STEEL LASER WELD JOINT STUDIED WITH LASERINDUCED BREAKDOWN SPECTROSCOPY
- FORMATION OF PERIODIC STRUCTURES AT THE SURFACE OF SILICATE UNDER RESONANT ACTION OF CO2 LASER IRRADIATION
- COLOR IMAGE FORMATION AT LASER OXIDATION OF METALS
- LASER-ASSISTED GRAFFITI PAINTS REMOVAL
- LASER CLEANING OF SCREENED PRINTING ROLLS
- LASER-ASSISTED RAIL CLEANING TO ENHANCE THE FRICTION COEFFICIENT
- ON FEASIBILITY OF SPECTROSCOPIC CONTROL OVER LASER CLEANING PROCESS
- APPLICATION OF LASER TECHNOLOGIES FOR ARTWORKS RESTORATION
- REMOTE TESTING OF MICROLENS WITH THE USE OF LOW-COHERENCE INTERFEROMETRY AND OPTICAL COHERENCE TOMOGRAPHY
- NEAR-FIELD MICROSCOPY WITH A LINEAR NANOPROBE SUPPORTING PLASMONS