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Spectroscopic bases of performance enhancement of two-micron lasers by Fe3+ sensitization

机译：Fe3 +敏化增强两微米激光器性能的光谱基础

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Abstract: The spectroscopic properties of F$+3$PLU$/ ions in tetrahedral sites in garnets, together with the good packing of these sites around the dodecahedral position occupied by rare-earth ions, favor a very efficient energy transfer from Fe$+3$PLU$/ to TM$+3$PLU$/. Since Fe$+3$PLU$/ does not introduce additional losses, this ion is a potential sensitizer for Tm$+3$PLU$/ laser emission. !9

机译：摘要：石榴石中四面体位点的F $ + 3 $ PLU $ /离子的光谱性质，以及稀土离子占据的十二面体位置周围这些位点的良好堆积，有利于Fe $ +的高效能量转移3 $ PLU $ /至TM $ + 3 $ PLU $ /。由于Fe $ + 3 $ PLU $ /不会引入额外的损耗，因此该离子是Tm $ + 3 $ PLU $ /激光发射的潜在敏化剂。！9

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《High-Power Gas and Solid State Lasers》|1994年|p.526-533|共8页
会议地点 Vienna(AT)
作者
Voicu Lupei; Institute of Atomic Physics; Bucharest-Magurele; Romania; A.Lupei; Institute of Atomic Physics; Bucharest; Romania; S.Bonea; Institute of Atomic Physics; Bucharest; Romania; P.M. Nanau; Institute of Atomic Physics; Bucharest; Romania; Georges;
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正文语种 eng
中图分类无线电电子学、电信技术;
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4. Spectroscopic bases of performance enhancement of two-micron lasers by Fe3+ sensitization [C] . Voicu Lupei, A.Lupei Institute of Atomic Physics Bucharest Romania, S.Bonea Institute of Atomic Physics Bucharest Romania, Symposium on high-power lasers and laser applications . 1994

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Spectroscopic bases of performance enhancement of two-micron lasers by Fe3+ sensitization

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