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1. 中国科学技术大学结构分析重点实验室物理系
2. 中国科学院高能物理研究所同步辐射实验室
3. Lebedev Physical Institute Moscow Russia,117924
4. Kurnakov Inshote of General and Inorganic Chemistry Moscow,117907
5. Institude Pbysiquc Nucléaire CNRS-IN2P3
6. Orsay Cedex,91406
7. Frmce
8. ,北京,100049
Published:01 December 2004
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[1]董宁,徐美,张慰萍,尹民,陶冶,Makhov V N,Khaiduhov N M,Krupa J C.LiKGdF_5∶Er~(3+),Sm~(3+)单晶的VUV光谱和量子剪裁[J].核技术,2004(12):909-913.
DONG Ning~1 XU Mei~1 ZHANG Weiping~1 YIN Min~1 TAO Ye~2 Makhov V N~3 Khaiduhov N M~4 Krupa J C~5 1. VUV spectra and quantum cutting of LiKGdF5: Er, Sm single crystal[J]. Nuclear techniques, 2004, (12): 909-913.
[1]董宁,徐美,张慰萍,尹民,陶冶,Makhov V N,Khaiduhov N M,Krupa J C.LiKGdF_5∶Er~(3+),Sm~(3+)单晶的VUV光谱和量子剪裁[J].核技术,2004(12):909-913. DOI:
DONG Ning~1 XU Mei~1 ZHANG Weiping~1 YIN Min~1 TAO Ye~2 Makhov V N~3 Khaiduhov N M~4 Krupa J C~5 1. VUV spectra and quantum cutting of LiKGdF5: Er, Sm single crystal[J]. Nuclear techniques, 2004, (12): 909-913. DOI:
报道了LiKGdF
5
:Er(2%)
Sm(0.4%)单晶在紫外激光(三倍频Nd:YAG激光
355nm)和同步辐射真空紫外光激发下的光谱特性
讨论了不同激发下Er
3+
离子和Sm
3+
离子的相对发射强度及其物理机理。通过真空紫外激发光谱的测量
确定了本材料中Sm
3+
离子的4f
4
5d吸收带以及Er
3+
离子的4f
10
5d吸收带的能量位置。实验结果表明
当激发Er
3+
的4f
10
5d吸收带
可以产生量子效率大于100%的量子剪裁现象
并给出了其物理模型。
Spectroscopic properties of LiKGdF
5
: Er(2%)
Sm(0.4%) single crystal under UV laser and synchrotron VUV light excitation were studied. The energy positions of absorption band for the 4f
4
5d of Sm
3+
and 4f
10
5d of Er
3+
ions were determined through the measurements of excitation spectra in the VUV region. The results show that when the 4f
10
5d band of Er
3+
ions was excited
quantum cutting was achieved. A model for the phenomena was also presented.
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