Solid State Laser

Micro-pulling down method-grown Er3+:LiCaAlF6 as prospective vacuum ultraviolet laser material

Crystal Growth / Solid State Laser / Ultraviolet / Optical Properties / Single Crystal Growth / Room Temperature / Excited states / Room Temperature / Excited states

Spectroscopic properties of CaF[sub 2]:U[sup 4+] as a saturable absorber

Engineering / Electron Spin Resonance / Applied Physics / Near Infrared / Solid State Laser / Mathematical Sciences / Physical sciences / Site Selection / Absorption Spectra / Energy Levels / Excited-state Absorption / Saturable Absorber / Crystal field / Mathematical Sciences / Physical sciences / Site Selection / Absorption Spectra / Energy Levels / Excited-state Absorption / Saturable Absorber / Crystal field

Optical spectra of Er3+ in Ba2NaNb5O15 single crystals

Materials Engineering / Optical Spectroscopy / Solid State Laser / Luminescence / Oscillations / Optical physics / Excited states / Single Crystal / Cross Section / Optical Materials / Experimental Data / Optical physics / Excited states / Single Crystal / Cross Section / Optical Materials / Experimental Data

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