Journal
Scientific and technical journal «Priborostroenie»
UDK681.787
Issue:2 (54)
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REMOTE TESTING OF MICROLENS WITH THE USE OF LOW-COHERENCE INTERFEROMETRY AND OPTICAL COHERENCE TOMOGRAPHY
Annotation
Main features of low-coherence interferometric methods and optical coherence tomography as applied to high-resolution investigation of surface micro relief and microstructure of samples of various materials are considered. Results are presented of practical employment of the two methods for study of a polymer material surface, microstructure of a paper sample, and for analysis of lacquer layer microstructure carried out for assessment of condition of a painting for further restoration with the use of laser technologies.
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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
- NEAR-FIELD MICROSCOPY WITH A LINEAR NANOPROBE SUPPORTING PLASMONS