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Theoretical Calculation of Energy Spectrum of YGG:Cr^3+ and Thermal Shifts of Its R-Lines
作者姓名:YANG Kuo  ZHANG Ji-Ping
作者单位:[1]College of Physical Science and Technology, Sichuan University, Chengdu 610065, China [2]Physical Department of A'ba Teachers College, Wenchuan 623000, China
基金项目:The project supported by National Natural Science Foundation of China under Grant No. 10775102
摘    要:With the strong-field scheme and trigonal bases, the complete d3 energy matrix in a trigonally distorted cubic-field has been constructed. By diagonalizing this matrix, the energy spectrum of YGG:Cr^3+ at normal pressure and low temperature has been calculated. The g factor of the ground-state has been evaluated in terms of the energy spectrum. At the same time, by using the wavefunctions obtained from diagonalizing the complete d^3 energy matrix and Thermal Shifts theory, we calculate the thermal shifts of the sharp lines of YGG:Cr^3+ and determine the relevant parameters. The calculated results are all in good agreement with the optical-spectrum and EPR experimental data. It is demonstrated that the obtained wavefunctions and the values of parameters are reasonable.

关 键 词:计算结果  热位移  能谱    研发  电子顺磁共振  能量矩阵  维生素D3

Theoretical Calculation of Energy Spectrum of YGG:Cr^3+ and Thermal Shifts of Its R-Lines
YANG Kuo,ZHANG Ji-Ping.Theoretical Calculation of Energy Spectrum of YGG:Cr^3+ and Thermal Shifts of Its R-Lines[J].Communications in Theoretical Physics,2009,51(5):914-918.
Authors:YANG Kuo ZHANG Ji-Ping
Abstract:optical propenty, electron-phonon interaction, electronic structure, thermal shift, g factor
Keywords:optical propenty  electron-phonon interaction  electronic structure  thermal shift  g factor
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