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Enhanced thermoelectric performance in polymorphic heavily Co-doped Cu2SnS3 through carrier compensation by Sb substitution

机译：通过SB取代通过载体补偿增强多态重掺杂Cu2Sns3中的热电性能

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Yaqing Zhao; Yan Gu; Peng Zhang; Xiaohui Hu; Yifeng Wang; Peng’An Zong; Lin Pan; Yinong Lyu; Kunihito Koumoto;
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1. Enhanced thermoelectric performance in polymorphic heavily Co-doped Cu 2 SnS 3 through carrier compensation by Sb substitution [J] . Yaqing Zhao, Yan Gu, Peng Zhang, Science and technology of advanced materials . 2021,第1期

机译：通过SB取代通过载体补偿增强多态重掺杂Cu 2 Sn的热电性能
2. Carrier density control and enhanced thermoelectric performance of Bi and Cu co-doped GeTe [J] . S. Shimano, Y. Tokura, Y. Taguchi APL Materials . 2017,第5期

机译：Bi和Cu共掺杂GeTe的载流子密度控制和增强的热电性能
3. Bi and Zn co-doped SnTe thermoelectrics: interplay of resonance levels and heavy hole band dominance leading to enhanced performance and a record high room temperature ZT [J] . Shenoy U. Sandhya, Bhat D. Krishna Journal of Materials Chemistry, C. materials for optical and electronic devices . 2020,第6期

机译：BI和Zn共掺杂的Snte热电：谐振水平的相互作用和重型孔频段的优势导致增强性能和记录高室温ZT
4. Cd substitution in Eu_5In_2Sb_6 enhancing the thermoelectric performance [C] . Wanyu Lv, Kai Guo, Xinxin Yang Rare Earth Research Conference . 2019

机译：eu_5in_2sb_6中的CD替换增强了热电性能
5. Thermoelectric transport properties of nanostructured FeSb 2 and Ce-based heavy-fermions CeCu and CeAl 3. [D] . Pokharel, Mani R. 2015

机译：纳米结构的FeSb 2和Ce基重质子CeCu和CeAl 3的热电输运性质。
6. Enhanced thermoelectric performance of β-Zn4Sb3 based nanocomposites through combined effects of density of states resonance and carrier energy filtering [O] . Tianhua Zou, Xiaoying Qin, Yongsheng Zhang, -1

机译：通过状态密度共振和载流子能量滤波的联合作用增强了基于β-Zn4Sb3的纳米复合材料的热电性能
7. Thermoelectric Performance: Enhancement of Thermoelectric Performance in CuSbSe 2 Nanoplate‐Based Pellets by Texture Engineering and Carrier Concentration Optimization (Small 50/2018) [O] . Yubo Luo, Chengfeng Du, Qinghua Liang, 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）

Enhanced thermoelectric performance in polymorphic heavily Co-doped Cu2SnS3 through carrier compensation by Sb substitution

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