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Benefit of Rare-Earth “Smart Doping” and Material Nanostructuring for the Next Generation of Er-Doped Fibers

机译：下一代稀土掺杂光纤的稀土“智能掺杂”和材料纳米结构的好处

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Inna Savelii; Laurent Bigot; Bruno Capoen; Cedric Gonnet; Corinne Chanéac; Ekaterina Burova; Alain Pastouret; Hicham El-Hamzaoui; Mohamed Bouazaoui;
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1. Benefit of Rare-Earth “Smart Doping” and Material Nanostructuring for the Next Generation of Er-Doped Fibers [J] . Inna Savelii, Laurent Bigot, Bruno Capoen, Nanoscale Research Letters . 2017,第1期

机译：稀土“智能掺杂”和材料纳米结构对下一代掺Nano光纤的好处
2. 2D Layered Materials of Rare-Earth Er-Doped MoS2 with NIR-to-NIR Down- and Up-Conversion Photoluminescence [J] . Bai Gongxun, Yuan Shuoguo, Zhao Yuda, Advanced Materials . 2016,第34期

机译：具有NIR到NIR下转换和上转换光致发光的稀土Er掺杂MoS2的2D层状材料
3. Graphene-Bi₂Te₃ Heterostructure as Broadband Saturable Absorber for Ultra-Short Pulse Generation in Er-Doped and Yb-Doped Fiber Lasers [J] . Zhiteng Wang, Haoran Mu, Jian Yuan, IEEE journal of selected topics in quantum electronics . 2017,第1期

机译：石墨烯-Bi _{2 Te _{3 异质结构作为宽带饱和吸收剂，用于掺Er和掺b光纤激光器中的超短脉冲产生}}
4. Fabrication and characterization of rare-earth metal chelates-doped plastic film and fiber materials: Eu(3+)-chelates doped PMMA [C] . S. Horinouchi, M.Wada, K. Ishihara, Conference on Materials and Devices for Optical and Wireless Communications, Oct 15-18, 2002, Shanghai, China . 2002

机译：稀土金属螯合物掺杂塑料薄膜和纤维材料的制备与表征：Eu（3+）螯合物PMMA
5. Design, processing and characterization of mechanically alloyed galfenol & lightly rare-earth doped FeGa alloys as smart materials for actuators and transducers. [D] . Taheri, Parisa. 2016

机译：机械合金化的加苯酚和轻稀土掺杂的FeGa合金的设计，加工和表征，作为执行器和传感器的智能材料。
6. Benefit of Rare-Earth Smart Doping and Material Nanostructuring for the Next Generation of Er-Doped Fibers [O] . Inna Savelii, Laurent Bigot, Bruno Capoen, 2017

机译：下一代稀土掺杂光纤的稀土智能掺杂和材料纳米结构的好处
7. Benefit of Rare-Earth “Smart Doping” and Material Nanostructuring for the Next Generation of Er-Doped Fibers [O] . Savelii, Inna, Bigot, Laurent, Capoen, Bruno, 2017

机译：下一代稀土掺杂光纤的稀土“智能掺杂”和材料纳米结构的好处

Benefit of Rare-Earth “Smart Doping” and Material Nanostructuring for the Next Generation of Er-Doped Fibers

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