欢迎您！东篱公司
退出
-
申报数据库
-
立项数据库
-
成果数据库
-
项目获奖数据库
中文摘要：
用提拉法生长了新型激光晶体5at％Yb3＋：YNbO4，测量了它的吸收和光致发光光谱，计算了它的吸收和发射截面，并对其激光性能进行了评估．Yb3＋：YNbO4的吸收半峰全宽为17nm，吸收峰位于933，955，974和1003nm，相应的吸收截面分别为0．73×10^-20，1．85×10^-20，0．86×10^-20。和0．44×10^-20cm2；最大吸收截面值为Yb3＋：YAG的两倍．光致发光谱的发射带的中心位置处于1020nm附近，相应的半高宽为41nm，是Yb3＋：YAG的3倍；Yb3＋：YNbO4在955，974，1005，1021和1030nm处都有着较大的发射截面，截面值分别为0．69×10^-20，0．86×10^-20，1．81×10^-20，1．11×10^-20和0．57×10^-20cm2，最大发射截面值与Yb3＋：YAG相当．Yb3＋：YNbO4晶体的宽发射带有利于实现相应波长的超短脉冲和可调谐激光输出，表明它是在这些领域非常有希望的全固态工作物质．
英文摘要：
5 at%Yb3＋ ：YNbO4 crystal is grown by Czochralski（CZ） method. Its transmission and emission spectra are measured. The absorption peaks are located at 933, 955, 974 and 1003 nm with their corresponding absorbtion cross section values 0.73 ×10^-20, 1.85 ×10^-20, 0.86 ×10^-20and 0.44 ×10^-20 cm2; and the FWHM of 955 nm absorbtion peak is 17 nm. Its emission band centered at 1020 nm with the FWHM is 41 nm, which is over three times that of Yb3＋：YAG crystal. The emission cross section values of 955, 974, 1005, 1021 and 1030 nm peaks are calculated to be 0.69 ×10^-20, 0.86×10^-20, 1.81 ×10^-20, 1.11 ×10^-20 and 0.57×10^-20 cm2, respectively, and the biggest one is comparable to that of Yb3＋ ：YAG crystal. The laser parameters of 5 at% Yb3＋ ：YNbO4 crystal are evaluated and the results suggest that it is a potential all-solid-state pumped laser crystal in tunable and ultrafast lasers field.
同期刊论文项目
同项目期刊论文
The Hamiltonian Parameters Determination of Yb3+ with Low-Symmetry Lattice Site and the Structure, L
High temperature Raman spectroscopy study on the microstructure of the boundary layer around a growi
In situ investigation of the microstructure of KGd(WO4)2 crystal growth boundary layer by confocal l
High temperature Raman spectroscopic study of the micro-structure of a caesium triborate crystal and
Raman spectroscopy and density functional theory analyses of the melt structure in Li2B4O7 crystal g
The influence of alkali metal ions on crystallization habits of nonlinear optical crystal containing
High Temperature Raman Spectroscopy of Microstructure around the Growing b-BaB2O4 Crystal in BaO-B2O
Structures and luminescence properties of Yb3+ in the double perovskites Ba2YB0O6 (B0=Ta5+, Nb5+) ph
Effects of annealing treatment and gamma irradiation on the absorption and fluorescence spectra of C
Segregation during crystal growth from melt and absorption cross section determination by optical ab
Method for fitting crystal field parameters and the energy level fitting for Yb(3+) in crystal Sc(2)
期刊信息
位置：