Measurement of Principal Refractive Indices and the Thermal Refractive Index Coefficients of Yttrium Vanadate
Author(s): SHI Hong-sheng, ZHANG Ge, SHEN Hong-yuan
Pages: 85-88
Year: 2001 Issue: 1
Journal: JOURNAL OF SYNTHETIC CRYSTALS
Keyword: 钒酸钇晶体; 折射率测量; 折射率; 折射率温度系数;
Abstract: The measurement of principal refractive indices and the thermal refractive index coefficients of yttrium vanadate(YVO4)are reported in this paper.The principal refractive indices of the crystal have been measured by selfcollimating method for the wavelenths of 488nm,632.8nm,1079.5nm and 1341.4nm in the temperature range of 20-140℃.The thermal refactive index coefficients have been obtained at these wavelenths and the constants of modified Sellmeier’s equation are also obtained in the measured temperature range.The value of birefringence (Δn) of 1064nm is calculated by Sellmeier’s equation.The calculated value agrees fairly well with the value published in the paper.
Pages: 85-88
Year: 2001 Issue: 1
Journal: JOURNAL OF SYNTHETIC CRYSTALS
Keyword: 钒酸钇晶体; 折射率测量; 折射率; 折射率温度系数;
Abstract: The measurement of principal refractive indices and the thermal refractive index coefficients of yttrium vanadate(YVO4)are reported in this paper.The principal refractive indices of the crystal have been measured by selfcollimating method for the wavelenths of 488nm,632.8nm,1079.5nm and 1341.4nm in the temperature range of 20-140℃.The thermal refactive index coefficients have been obtained at these wavelenths and the constants of modified Sellmeier’s equation are also obtained in the measured temperature range.The value of birefringence (Δn) of 1064nm is calculated by Sellmeier’s equation.The calculated value agrees fairly well with the value published in the paper.
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