Comparative spectroscopic investigation of Yb-doped YAG, YSAG and YLaO3 transparent ceramics

Transparent Yb doped YAG, YSAG and YaLaO₃ ceramics are fabricated by using the co-precipitation method. The spectral properties and thermal parameters of these Yb doped cubic phase transparent ceramics are compared, and their different and potential applications are also analysed. The absorption cross-section and the emission cross-section of these ceramics are measured and calculated. The essential properties of these materials especially for the rep-rated pulsed high-energy diode-pumped solid-state lasers are investigated. The results show that Yb doped YAG, YSAG and YaLaOspectral properties, Yb:YAG,Yb:YLaO₃, transparent ceramicsProject supported by National Science Foundation for Post-doctoral Scientists of China (Grant No 20070420677), Applied Basic Research Program of Sciences and Technology Commission Foundation of Shanghai, China (Grant No 06DZ11417), High Technology Researc6150K, 7800, 8120LTransparent Yb doped YAG, YSAG and YaLaO₃ ceramics are fabricated by using the co-precipitation method. The spectral properties and thermal parameters of these Yb doped cubic phase transparent ceramics are compared, and their different and potential applications are also analysed. The absorption cross-section and the emission cross-section of these ceramics are measured and calculated. The essential properties of these materials especially for the rep-rated pulsed high-energy diode-pumped solid-state lasers are investigated. The results show that Yb doped YAG, YSAG and YaLaOspectral properties, Yb:YAG,Yb:YLaO₃, transparent ceramicsProject supported by National Science Foundation for Post-doctoral Scientists of China (Grant No 20070420677), Applied Basic Research Program of Sciences and Technology Commission Foundation of Shanghai, China (Grant No 06DZ11417), High Technology Researc6150K, 7800, 8120LTransparent Yb doped YAG, YSAG and YaLaO₃ ceramics are fabricated by using the co-precipitation method. The spectral properties and thermal parameters of these Yb doped cubic phase transparent ceramics are compared, and their different and potential applications are also analysed. The absorption cross-section and the emission cross-section of these ceramics are measured and calculated. The essential properties of these materials especially for the rep-rated pulsed high-energy diode-pumped solid-state lasers are investigated. The results show that Yb doped YAG, YSAG and YaLaOspectral properties, Yb:YAG,Yb:YLaO₃, transparent ceramicsProject supported by National Science Foundation for Post-doctoral Scientists of China (Grant No 20070420677), Applied Basic Research Program of Sciences and Technology Commission Foundation of Shanghai, China (Grant No 06DZ11417), High Technology Researc6150K, 7800, 8120LTransparent Yb doped YAG, YSAG and YaLaO₃ ceramics are fabricated by using the co-precipitation method. The spectral properties and thermal parameters of these Yb doped cubic phase transparent ceramics are compared, and their different and potential applications are also analysed. The absorption cross-section and the emission cross-section of these ceramics are measured and calculated. The essential properties of these materials especially for the rep-rated pulsed high-energy diode-pumped solid-state lasers are investigated. The results show that Yb doped YAG, YSAG and YaLaO$_3$ are all suitable materials used for diode-pumped solid-state lasers.