Author :
Ryabtsev, G.I. ; Bogdanovich, M.V. ; Grigor´ev, A.V. ; Kabanov, V.V. ; Kalinov, V.S. ; Kostik, O.E. ; Lebiadok, Y.V. ; Lepchenkov, K.V. ; Osipenko, F.P. ; Ryabtsev, A.G. ; Chaikovsky, A.P. ; Teplyashin, L.L. ; Tsitavets, U.S. ; Shchemelev, M.A.
Abstract :
The work is devoted to the development and creation of the powerful all solid-state air-cooled multiwave Nd:YAG laser integrated with the output telescope system and to the development of the LD-pumped solid-state source with the extremely narrow lasing linewidth. The laser sources are meant for operation with the multiwave aerosol LIDAR (atmosphere probing altitude is up to 40 km).
Keywords :
aluminium compounds; neodymium; optical radar; telescopes; yttrium compounds; Nd:YAG; aerosol lidar application; extremely narrow lasing linewidth; multiwave LD-pumped solid-state lasers; output telescope system; Aerosols; Laser beams; Laser radar; Laser theory; Power lasers; Semiconductor lasers; LD-pumped Nd:YAG laser; LIDAR; multiwave laser source;
