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Journal of Rare Earths

Persistent Spectral Hole Burning of Eu^3＋ Doped Y2SiO5 Crystal at 579.62 nm

Xue, Shao-lin, Chen, Lingbing, Zhao Zhao, Youyuan, Li, Fu-ming, Zhang, Shoudu, Huang, Haobing

Published Jan 1, 2006• 0 citations
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Spectral Hole-Burning of Eu 3+ :Y 2 SiO 5 Crystal at 16 K

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By using an Ar + ion laser, a tunable Rh 6 G dye laser (linewidth 0.5 cm −1 ) pumped by the second harmonic of a YAG:Nd laser and a Coherent 899-21 dye laser as light sources and using a monochromator, a phase-locking amplifier and a computer as the data detecting system, we detect the optical properties of Eu 3+ -doped Y 2 SiO 5 crystal. Persistent spectral hole burning (PSHB) are observed in the Eu 3+ ions spectral lines ( 5 D 0 − 7 F 0 transition) in the crystal at the temperature of 16 K. For 15 mW dye laser burning the crystal for 0.1 s spectral holes with hole width about 80 MHz both at 579.62 nm and at 579.82 nm are detected and the holes can remain for a long time, more than 10 h.

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Converting Eu^3+ between defect sites in BaFCl for persistent spectral hole burning

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Persistent spectral hole burning (PSHB) is demonstrated in the (7)F(0)-->(5)D(0) optical transition of Eu(3+) doped into crystals of BaFCl. For Eu(3+) ions at two different lattice sites, persistent holes can be burned at temperatures below 77 K. The characteristics of the hole-burning process suggest that the observed PSHB effect is due to laser-excitation-induced site-to-site conversion. One type of Eu(3+) site is converted into another type of defect site. This process is not optically reversible, and holes can be erased only when the temperature increases to 150 K.

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由使用Ar+离子激光，悦耳的 Rh 6 G 染料激光(线宽 0.5 厘米(由钇铝柘榴石的第二泛音的 -1))pumped : Nd 激光和光采购 andusing 的协调 899-21 染料激光象检测系统的数据的一个单色器，一个锁阶段的放大器和一台计算机， wedetect 做Eu3+的 Y2SiO5 水晶的光性质。坚持光谱(PSHB ) 洞烧在 Eu3+ 离子被观察光谱线 D-5 (0 )-F-7(0) 转变) 在在 16K 的 thetemperature 的水晶。为为 0.1 s 烧水晶的 15 mW 染料激光光谱有洞 widthabout 的洞在 579.62 nm 并且在 579.82 nm 的 80 MHz 被检测，洞能留下为一长期，超过 10 h。
By using an Ar + ion laser, a tunable Rh 6 G dye laser (linewidth 0.5 cm −1 ) pumped by the second harmonic of a YAG:Nd laser and a Coherent 899-21 dye laser as light sources and using a monochromator, a phase-locking amplifier and a computer as the data detecting system, we detect the optical properties of Eu 3+ -doped Y 2 SiO 5 crystal. Persistent spectral hole burning (PSHB) are observed in the Eu 3+ ions spectral lines ( 5 D 0 − 7 F 0 transition) in the crystal at the temperature of 16 K. For 15 mW dye laser burning the crystal for 0.1 s spectral holes with hole width about 80 MHz both at 579.62 nm and at 579.82 nm are detected and the holes can remain for a long time, more than 10 h.
Persistent spectral hole burning (PSHB) is demonstrated in the (7)F(0)-->(5)D(0) optical transition of Eu(3+) doped into crystals of BaFCl. For Eu(3+) ions at two different lattice sites, persistent holes can be burned at temperatures below 77 K. The characteristics of the hole-burning process suggest that the observed PSHB effect is due to laser-excitation-induced site-to-site conversion. One type of Eu(3+) site is converted into another type of defect site. This process is not optically reversible, and holes can be erased only when the temperature increases to 150 K.