Advanced High-power Lasers: 1-5 November 1999, Osaka, Japan, Volume 3889
Marek Osiński, Howard T. Powell, Koichi Toyoda
SPIE, 2000 - Technology & Engineering - 878 pages
This work brings together a series of papers dealing with various aspects of advanced high-power laser technology.
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near term trends and future prospects
applications and progress 388902
FEL research at FEL Research Institute in Osaka 388936
39 other sections not shown
absorption Advanced High-Power Lasers AlGaAs amplifier average power axis beam divergence beam quality birefringence calculated cavity characteristics conversion efficiency copper degradation developed device diameter diode array diode bars diode laser diode-pumped doped double-clad fiber emission energy excimer laser experimental facet fiber laser fiber-laser field Figure filamentation frequency gain heat sink IEEE increase input KE-CVL kinetically enhanced Koichi Toyoda laser bars laser diode laser rod laser system lasing layer LD bars LD pump lens duct Lett maximum measured mirror mode module Nd:S-VAP Nd:YAG laser obtained operation optical oscillator output coupler output power parameters peak phase-locking photon Phys plasma power laser pump light pump power Q-switched radiation refractive index repetition rate resonator semiconductor lasers shown in Fig simulation slab crystal slope efficiency Solid State Lasers solid-state laser spectra SPIE structure supermode surface temperature thermal thermal lens wavelength X-ray Yb:YAG