Growth of single crystal K3Y3（BO3）4 with low-symmetry structure and multi-type of substitutional sites
来源期刊：Rare Metals2015年第6期
论文作者：Jian-Hua Gao Shuai Li Li-Mei Song Jian Li Yun Wan
文章页码：421 - 425
摘 要：Single crystals of K3Y3（BO3）4 were grown using the KBO2, Li F, and Li2CO3 as the fluxes by the top-seed solution method. The K3Y3（BO3）4 can be an excellent host for doping of Yb3+, because there are six low-symmetric yttrium atoms in one unit-cell of K3Y3（BO3）4. The growth of K3Y3（BO3）4 was studied in detail, and a good crystal with sizes of 24 mm×15 mm×8 mm was grown successfully below 900 °C. Some characteristics, such as the X-ray diffraction, infrared spectroscopy, and thermal analysis, were also performed.
Jian-Hua Gao1，Shuai Li1，Li-Mei Song2，Jian Li1，Yun Wan1
1. Department of Physics, Northwest University2. Department of Chemistry, Xi’an University of Arts and Science
摘 要：Single crystals of K3Y3（BO3）4 were grown using the KBO2, Li F, and Li2CO3 as the fluxes by the top-seed solution method. The K3Y3（BO3）4 can be an excellent host for doping of Yb3+, because there are six low-symmetric yttrium atoms in one unit-cell of K3Y3（BO3）4. The growth of K3Y3（BO3）4 was studied in detail, and a good crystal with sizes of 24 mm×15 mm×8 mm was grown successfully below 900 °C. Some characteristics, such as the X-ray diffraction, infrared spectroscopy, and thermal analysis, were also performed.
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