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Thermoelectric Performance: Enhancement of Thermoelectric Performance in CuSbSe 2 Nanoplate‐Based Pellets by Texture Engineering and Carrier Concentration Optimization (Small 50/2018)

机译：热电性能：通过纹理工程和载体浓度优化提高Cusbse 2纳米液体的颗粒中的热电性能（小50/2018）

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Yubo Luo; Chengfeng Du; Qinghua Liang; Yun Zheng; Beibei Zhu; Huanlong Hu; Khiam Aik Khor; Jianwei Xu; Qingyu Yan; Mercouri G. Kanatzidis;
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1. Enhancement of Thermoelectric Performance in CuSbSe_2 Nanoplate-Based Pellets by Texture Engineering and Carrier Concentration Optimization [J] . Yubo Luo, Chengfeng Du, Qinghua Liang, Small . 2018,第50期

机译：通过纹理工程和载体浓度优化提高Cusbse_2纳米液体颗粒的热电性能
2. Enhancing the thermoelectric performance of CexBi2S3 by optimizing the carrier concentration combined with band engineering [J] . Pei Jun, Zhang Li-Juan, Zhang Bo-Ping, Journal of Materials Chemistry, C. materials for optical and electronic devices . 2017,第47期

机译：通过优化与带工程结合的载体浓度来提高CEXBI2S3的热电性能
3. Deep defect level engineering: a strategy of optimizing the carrier concentration for high thermoelectric performance [J] . Zhang Qian, Song Qichen, Wang Xinyu, Energy & environmental science . 2018,第4期

机译：深度缺陷级工程：优化载流子浓度以实现高热电性能的策略
4. (0257)High-performance n-type PbTe thermoelectric materials: Carrier concentration tuning and nanostructuring [C] . Priyanka Jood, Xiaokai Hu, Masaru Kunii 日本金属学会春期大会 . 2015

机译：（0257）高性能N型PBTE热电材料：载体浓度调谐和纳米结构
5. Prediction of High-Performance Thermoelectric Materials and Optimal Electronic Structures for Thermoelectricity [D] . Park, Chun Soo. 2019

机译：高性能热电材料预测，热电优化电子结构
6. Simultaneous Optimization of Carrier Concentration and Alloy Scattering for Ultrahigh Performance GeTe Thermoelectrics [O] . Juan Li, Zhiwei Chen, Xinyue Zhang, 2017

机译：超高性能GeTe热电材料载流子浓度和合金散射的同时优化
7. Enhanced thermoelectric performance of MnTe via Cu doping with optimized carrier concentration [O] . Yangyang Ren, Qinghui Jiang, Junyou Yang, 2016

机译：通过Cu掺杂和优化的载流子浓度提高mnTe的热电性能

Thermoelectric Performance: Enhancement of Thermoelectric Performance in CuSbSe 2 Nanoplate‐Based Pellets by Texture Engineering and Carrier Concentration Optimization (Small 50/2018)

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