光学学报, 1996, 16 (6): 874, 网络出版: 2006-12-04
Fe:BSO晶体的缺陷能级及光折变效应的研究
Defect Energy Level and Photorefractive Effect in Fe:BSO Crystal
摘要
在硅酸铋(Bi12SiO20,BSO)晶体中掺入少量Fe2O3,生长出Fe：BSO晶体,由于Fe杂质在BSO晶体禁带中造成了一些缺陷能级,使得晶体的衍射效率和四波混频位相共轭反射率等光折变性能指标有较大提高。文中根据吸收光谱,初步确定了晶体中缺陷能级。
Abstract
Fe: BSO crystal has been grown by doping Fe2O3 into BSO. Because of the defect energy level in forbiden band induced. by Fe impurity, the photorefraction properties of the crystal, such as diffractive efficiency and four- wave mixing phase conjugate reflectivity, have been greatly improved. The defect energy level of Fe impurity is identified according to the absorption spectra.
李铭华, 赵业权, 徐玉恒, 韩爱珍, 高元恺. Fe:BSO晶体的缺陷能级及光折变效应的研究[J]. 光学学报, 1996, 16(6): 874. 李铭华, 赵业权, 徐玉恒, 韩爱珍, 高元恺. Defect Energy Level and Photorefractive Effect in Fe:BSO Crystal[J]. Acta Optica Sinica, 1996, 16(6): 874.
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