HIGH POWER LASER PROPULSION
Annotation
Development of new transportation systems for satellite launching and space vehicle missions based on the use of high-power lasers is analyzed. Achievement of high energy efficiency of thrust production as well as minimization of propellant consumption are considered as principal concerns of high-power laser propulsion development. The consideration is based on experimental study of interaction of pulsed laser radiation with various propellants.
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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