Synthesis of high-quality AgGaSe2 polycrystalline material by the melt temperature oscillation method

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	Synthesis of high-quality AgGaSe2 polycrystalline material by the melt temperature oscillation method
	S. F. Zhu; B. J. Zhao; J. Liu; H. G. Jiang; Z. H. Li; W. T. Li
	1996
发表期刊	Materials Chemistry and Physics
ISSN	0254-0584
卷号	46 期号:1 页码:100-102
摘要	The melt temperature oscillation method (MTOM) has been used to synthesize high-quality AgGaSe2 polycrystalline materials. The mechanism and advantages of MTOM for synthesizing a single phase of AgGaSe2 are discussed. It is found that the polycrystalline material synthesized by MTOM is pure single phase, is free of interior voids and has a high mass density, which is better than that synthesized by the conventional method. The crack-free, as-grown single crystal of AgGaSe2 grown using polycrystalline materials by MTOM has a high infrared transmission (62.4% at 10.6 mu m), which is greater than that of the as-grown crystal synthesized using polycrystalline materials by the conventional method, even after the annealing treatment. MTOM is a new, effective method for synthesizing high-quality polycrystalline materials.
部门归属	acad sinica,int ctr mat phys,shenyang 110015,peoples r china.;zhu, sf (reprint author), sichuan univ,dept mat sci,chengdu 610064,peoples r china
关键词	Silver Gallium Diselenide Polycrystal Synthesis Melt Temperature Oscillation Infrared Applications Optical-quality Crystals Growth
URL	查看原文
文献类型	期刊论文
条目标识符	http://ir.imr.ac.cn/handle/321006/38517
专题	中国科学院金属研究所
推荐引用方式 GB/T 7714	S. F. Zhu,B. J. Zhao,J. Liu,et al. Synthesis of high-quality AgGaSe2 polycrystalline material by the melt temperature oscillation method[J]. Materials Chemistry and Physics,1996,46(1):100-102.
APA	S. F. Zhu,B. J. Zhao,J. Liu,H. G. Jiang,Z. H. Li,&W. T. Li.(1996).Synthesis of high-quality AgGaSe2 polycrystalline material by the melt temperature oscillation method.Materials Chemistry and Physics,46(1),100-102.
MLA	S. F. Zhu,et al."Synthesis of high-quality AgGaSe2 polycrystalline material by the melt temperature oscillation method".Materials Chemistry and Physics 46.1(1996):100-102.