Growth, Defects and Electrooptic Properties of RbTiOAsO4 Crystal
WANG Ji-yang, WEI Jing-qian, YIN Xin, HU Xiao-bo, CUI Wei-hong, GUAN Qing-cai, LIU Yao-gang
State Key Laboratory of Crystal Materials, Shandong University, Jinan 250100
Growth, Defects and Electrooptic Properties of RbTiOAsO4 Crystal
WANG Ji-yang;WEI Jing-qian;YIN Xin;HU Xiao-bo;CUI Wei-hong;GUAN Qing-cai;LIU Yao-gang
State Key Laboratory of Crystal Materials, Shandong University, Jinan 250100
关键词 ：
61.72.-y ,
78.20.-e ,
81.10.Aj
Abstract ： RbTiOAsO4 (RTA) crystals of high optical quality were grown with flux method. The defects of RTA crystals are mainly growth striations, growth sector boundaries and sometimes ferroelectric domains. The refractive indices and electrooptic coefficients were measured together with dielectric constants, ionic conductivity and direct current resistivities. It is shown that RbTiOAsO4 is not only as good a nonlinear optical crystal as KTiOPO4 but also a superior electrooptic crystal.
Key words ：
61.72.-y
78.20.-e
81.10.Aj
出版日期: 1999-09-01
:
61.72.-y
(Defects and impurities in crystals; microstructure)
78.20.-e
(Optical properties of bulk materials and thin films)
81.10.Aj
(Theory and models of crystal growth; physics and chemistry of crystal growth, crystal morphology, and orientation)
引用本文:
WANG Ji-yang;WEI Jing-qian;YIN Xin;HU Xiao-bo;CUI Wei-hong;GUAN Qing-cai;LIU Yao-gang. Growth, Defects and Electrooptic Properties of RbTiOAsO4 Crystal[J]. 中国物理快报, 1999, 16(9): 672-674.
4 Crystal. Chin. Phys. Lett., 1999, 16(9): 672-674.
链接本文:
https://cpl.iphy.ac.cn/CN/
或
https://cpl.iphy.ac.cn/CN/Y1999/V16/I9/672
[1]
CHEN Wan-Chun;CHEN Xiao-Long. Chiral Symmetry Breaking During Growing Process of NaClO3 Crystal under Direct-Current Electric Field
[2]
PAN Xiu-Hong;JIN Wei-Qing;HONG Yong;AI Fei. In Situ Observation of Skeletal Shape Transition during BaB2 O4 Crystal Growth in High-Temperature Solution
[3]
SUN Cheng-Lin;LI Jian-Fu;HU Chang-Hong;JIANG Zhan-Kui;. Optical Properties of Pr3+ -Doped Y2 SiO5 Crystals
[4]
WANG Jun;HOU Qing;SUN Tie-Ying;WU Zhong-Cheng;LONG Xing-Gui;WU Xing-Chun;LUO Shun-Zhong. Simulation of Helium Behaviour in Titanium Crystals Using Molecular Dynamics
[5]
DAI Shi-Xun;ZHANG Xiang-Hua;XU Tie-Feng;SHEN Xiang;WANG Xun-Shi;NIE Qiu-Hua. High Efficiency Infrared-to-Visible Upconversion Emission in Er3+ ,Yb3+ , and Ho3+ Codoped Tellurite Glasses
[6]
DAI Shi-Xun;XU Tie-Feng;NIE Qiu-Hua;SHEN Xiang;WANG Xun-Si. Concentration Quenching in Erbium Doped Bismuth Silicate Glasses
[7]
LIANG Xin-Gang;HAN Mao-Hua. Experimental Study on Coherence of Thermal Radiation of Thin Film Structures
[8]
ZHANG Qin-Yuan; YANG Gang-Feng;JIANG Zhong-Hong;W. X. Que. Structural and Luminescence Properties of Transparent Nanocrystalline ZrO2 :Er3+ Films
[9]
Akhlesh Lakhtakia;Tom G. Mackay. Dyadic Green Function for an Electromagnetic Medium Inspired by General Relativity
[10]
SHI Dong-Mei;ZHANG Qin-Yuan;YANG Gang-Feng;LIU Yue-Hui;JIANG Zhong-Hong. Tm3+ -doped Ga2 O3 -GeO2 -Bi2 O3 -PbO(PbF2 ) Glasses for 1.47-μm Optical Amplifications
[11]
QU Qing-Ling;WANG Yang;GAN Fu-Xi. Numerical Analysis and Comparison of Three Metal-Oxide-Type Super-Resolution Near Field Structures
[12]
HONG Yong;AI Fei;PAN Xiu-Hong;JIN Wei-Qing;ZHONG Wei-Zhuo;SHINICHI Yoda. Growth of NaBi(WO4 )2 Dendrite and Mechanism
[13]
ZANG Chuan-Yi;JIA Xiao-Peng;MA Hong-An;LI Shang-Sheng;TIAN Yu;XIAO Hong-Yu. Grow Large High-Quality Diamonds with Different Seed Surfaces
[14]
ZANG Chuan-Yi;JIA Xiao-Peng;MA Hong-An;TIAN Yu;XIAO Hong-Yu. Effect of Regrown Graphite on the Growth of Large Gem Diamonds by Temperature Gradient Method
[15]
YU Ke;ZHANG Yong-Sheng;OUYANG Shi-Xi;ZHANG Qing-Jie;LUO Lai-Qiang;ZHANG Qiu-Xiang;CHANG Zhong-Kun;LI Li-Jun;ZHU Zi-Qiang. Synthesis and Field Emission of ZnO Nanostructures on CuO Catalyzed Porous Silicon Substrate
1999, Vol. 16 
