1)  Tm3+:Ho3+
Tm3+:Ho3+
1.
The system of Tm3+: Ho3+ co-doped fibre pumped by 1565 nm laser was considered as the best choice for producing 2μm laser through analysis.
综述了单掺Tm3+、单掺Ho3+和Tm3+:Ho3+共掺2μm光纤激光器的发展状况,分析提出1565nm抽运Tm3+:Ho3+共掺光纤激光器系统是产生2μm激光的较佳选择。
2)  Tm3+:Ho3+:YVO4
Tm3+:Ho3+:YVO4
1.
Raman spectra of Tm3+∶YVO4,Ho3+∶YVO4 and Tm3+∶Ho3+∶YVO4 crystals were measured at room temperature by HRD-1 double grating monochromator,with the excitation laser beam were parallel and perpendicular to c axis,respectively.
用808 nm激发,锁相放大器,PbS探头接收,测得双掺Tm3+∶Ho3+∶YVO4的2。
3)  Tm3+/Ho3+ co-doped
Tm3+/Ho3+离子
1.
The spectroscopic characteristics of Tm3+/Ho3+ co-doped tellurite glasses have been investigated.
研究了Tm3+/Ho3+离子共掺碲酸盐玻璃的光谱性质,应用Judd-Ofelt理论计算了玻璃的各项光谱参数,推导了速率方程。
4)  Tm3+:Ho3+ co-poded silica optical fiber
Tm3+:Ho3+共掺石英光纤
5)  TM
TM
1.
Monitoring and Evaluating Therm-water Pollution of Dayawan by TM Images;
利用TM影像监测和评价大亚湾温排水热污染
2.
Analysis of Temporal and Spatial Changes of Water Clarity Based on TM Image in the Estuary of Qiantang River;
基于TM影像的钱塘江入海口水体透明度的时空变化分析
3.
Tm→Ho Energy Transfer in Cr,Tm,Ho∶YAG;
Cr,Tm,Ho∶YAG中Tm→Ho的能量转移
6)  ATM
A-TM
参考词条
补充资料：ho oil
分子式：
CAS号：

性质：由樟科植物芳樟(Cinnamomum Camphora Var. tinaloolifera Fujita)的木质部分经水蒸气蒸馏得到。为无色至淡黄色液体。具似芳樟醇样芳香。0.8700～0.8952；旋光度-0.8°～-15.5°(20℃)。酸值≤0.6。主成分为樟脑，1-芳樟醇、单萜烯、1,8-桉叶素，α-松油醇等。主产于中国。多用于日用香精。

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