1.Flexible temperature-pressure dual sensor based on 3D spiral thermoelectric Bi2Te3 films,Hailong Yu,Zhenqing Hu,Juan He,Yijun Ran,Yang Zhao,Zhi Yu*,Kaiping Tai*,Nature Communications,15:2521,2024.
2.Flexible Carbon Nanotube-Epitaxially Grown Nanocrystals for Micro-Thermoelectric Modules,Qun Jin,Yang Zhao,Xuehao Long,Song Jiang,Cheng Qian,Feng Ding,Ziqiang Wang,Xiaoqi Li,Zhi Yu,Juan He,Yujie Song,Hailong Yu,Ye Wan,Kaiping Tai,* Ning Gao,* Jun Tan,* Chang Liu,* and Hui-Ming Cheng,Advanced Materials,2304751,2023.
3.Flexible layer-structured Bi2Te3 thermoelectric on a carbon nanotube scaffold,Qun Jin,Song Jiang,Yang Zhao,Dong Wang,Jianhang Qiu,Daiming Tang,Jun Tan,Dongming Sun,Pengxiang Hou,Xing-qiu Chen, Kaiping Tai*,Ning Gao,Chang Liu,Hui-Ming Cheng,Xin Jiang,Nature Materials,18,62-68,2019.
4.Investigation on thermoelectric properties of SnSe thin films deposited by magnetron sputtering,Yan Cui,Jixiang Qiao,Yang Zhao,Kaiping Tai*,Ye Wan*,Journal of Functional Materials,52,4,2021.
5.Ultrahigh thermal stability of carbon encapsulated Cu nanograin on a carbon nanotube scaffold,Pengyan Mao,Jixiang Qiao,Yang Zhao,Song Jiang,Kan Cui,Jianhang Qiu,Kaiping Tai*,Jun Tan,Chang Liu,Carbon,172,712-19,2021.
6.A Flexible and IR-Transparent Bi2Te3-Carbon Nanotube Thermoelectric Hybrid for both Active and Passive Cooling,Ying Li,Yang Zhao,Jixiang Qiao,Song Jiang,Jianhang Qiu,Jun Tan,Lili Zhang,Zhigang Gai,Kaiping Tai*,Chang Liu*,ACS Applied Electronic Materials,2,9,3008–3016,2020.
7.Decoupling phonon and carrier scattering at carbon nanotube/Bi2Te3 interfaces for improved thermoelectric performance,Yang Zhao,Ying Li,Jixiang Qiao,Song Jiang,Pengyan Mao,Jianhang Qiu,Siqing Kang,Jun Tan,Kaiping Tai* and Chang Liu*,Carbon,171,191-198,2020.
8.A Flexible thermoelectric device based on a Bi2Te3-carbon nanotube hybrid, Ying Li,Jixiang Qiao,Yang Zhao,Qing Lan,Pengyan Mao,Jianhang Qiu,Kaiping Tai*,Chang Liu,Huiming Cheng, Journal of Materials Science & Technology,2020,58,80-85,2020.
9.Tailoring Nanoporous Structures in Bi2Te3 Thin Films for Improved Thermoelectric Performance,Jixiang Qiao,Yang Zhao,Qun Jin,Jun Tan,Siqing Kang,Jianhang Qiu,Kaiping Tai*,ACS Applied Materials & Interfaces,11,38075-38083,2019.
10.Quantitative investigation on sink strength of nano-grain boundary for irradiation resistance,Pengyan Mao,Jingping Cui,Yangchun Chen,Jianhang Qiu,Qun Jin,Jixiang Qiao,Yang Zhao,Kan Cui,Ning Gao,Kaiping Tai*,Journal of Nuclear Materials,526,151741,2019.
11.Cellulose Fiber-based Hierarchical Porous Bismuth Telluride for High-Performance Flexible and Tailorable Thermoelectrics,Jin Q,Shi W B,Zhao Y,Qiao J X,Qiu J H,Sun C,Tai K P*,Lei H,Jiang X,ACS Applied Materials & Interfaces,10,1743,2018.
12.Enhanced thermoelectric properties of bismuth telluride films with in-plane and out-of-plane well-ordered microstructures,Jin,Q;Shi,WB;Qiao,JX;Sun,C;Tai,KP*;Lei,H;Jiang,X,SCRIPTAMATERIALIA,119,33,2016.