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Advances, Challenges, and Perspectives for Heavy-Metal-Free Blue-Emitting Indium Phosphide Quantum Dot Light-Emitting Diodes Journal article
Zhongjie Cui, Dan Yang, Shuaitao Qin, Zhuoqi Wen, Haiyang He, Shiliang Mei, Wanlu Zhang, Guichuan Xing, Chao Liang, Ruiqian Guo. Advances, Challenges, and Perspectives for Heavy-Metal-Free Blue-Emitting Indium Phosphide Quantum Dot Light-Emitting Diodes[J]. Advanced Optical Materials, 2022, 11(4), 2202036.
Authors:  Zhongjie Cui;  Dan Yang;  Shuaitao Qin;  Zhuoqi Wen;  Haiyang He; et al.
Favorite | TC[WOS]:23 TC[Scopus]:27  IF:8.0/9.0 | Submit date：2023/01/30
Blue Emission  Heavy Metal Free  Indium Phosphide  Quantum Dot Light-emitting Diodes  
Tough and Conductive Nacre-inspired MXene/Epoxy Layered Bulk Nanocomposites Journal article
Wang, Huagao, Lu, Rongjian, Yan, Jia, Peng, Jingsong, AntoniP. Tomsia, Liang, Rui, Sun, Guoxing, Liu, Mingjie, Jiang, Lei, Cheng, Qunfeng. Tough and Conductive Nacre-inspired MXene/Epoxy Layered Bulk Nanocomposites[J]. ANGEWANDTE CHEMIE-INTERNATIONAL EDITION, 2022, 62(9), e202216874.
Authors:  Wang, Huagao;  Lu, Rongjian;  Yan, Jia;  Peng, Jingsong;  AntoniP. Tomsia; et al.
Favorite | TC[WOS]:69 TC[Scopus]:72  IF:16.1/16.2 | Submit date：2023/01/10
Blue Emission  Heavy Metal Free  Indium Phosphide  Quantum Dot Light-emitting Diodes  
Security Constrained P2P Energy Trading in Distribution Network: An Integrated Transaction and Operation Model Journal article
Jia, Yanbo, Wan, Can, Yu, Peng, Song, Yonghua, Ju, Ping. Security Constrained P2P Energy Trading in Distribution Network: An Integrated Transaction and Operation Model[J]. IEEE Transactions on Smart Grid, 2022, 13(6), 4773-4786.
Authors:  Jia, Yanbo;  Wan, Can;  Yu, Peng;  Song, Yonghua;  Ju, Ping
Favorite | TC[WOS]:22 TC[Scopus]:30  IF:8.6/9.6 | Submit date：2022/05/17
Alternating Direction Method Of Multipliers.  Costs  Distribution Networks  Distribution Networks  Indium Tin Oxide  Peer-to-peer Computing  Peer-to-peer Energy Trading  Reactive Power  Renewable Energy Sources  Security  Security Constraints  Vickrey-clarke-groves Mechanism  
Sputtered Indium-Zinc Oxide for Buffer Layer Free Semitransparent Perovskite Photovoltaic Devices in Perovskite/Silicon 4T-Tandem Solar Cells Journal article
Zhiqin Ying, Yudong Zhu, Xiyuan Feng, Jingwei Xiu, Rui Zhang, Xuhang Ma, Yunsheng Deng, Hui Pan, Zhubing He. Sputtered Indium-Zinc Oxide for Buffer Layer Free Semitransparent Perovskite Photovoltaic Devices in Perovskite/Silicon 4T-Tandem Solar Cells[J]. Advanced Materials Interfaces, 2020, 8(6), 2001604.
Authors:  Zhiqin Ying;  Yudong Zhu;  Xiyuan Feng;  Jingwei Xiu;  Rui Zhang; et al.
Favorite | TC[WOS]:28 TC[Scopus]:27  IF:4.3/5.2 | Submit date：2021/03/09
Buffer Layers  Four Terminal Tandem Solar Cells  Indium-zinc Oxide  Perovskite Solar Cells  Semitransparent Solar Cells  
Spray-combustion synthesis of indium tin oxide nanopowder Journal article
Zhiyang Chen, Yuan Zhu, Qiyao Duan, Anqi Chen, Zikang Tang. Spray-combustion synthesis of indium tin oxide nanopowder[J]. Journal of the American Ceramic Society, 2019, 102(1), 42-47.
Authors:  Zhiyang Chen;  Yuan Zhu;  Qiyao Duan;  Anqi Chen;  Zikang Tang
Favorite | TC[WOS]:6 TC[Scopus]:7 | Submit date：2019/04/08
Combustion Synthesis  Compounds  Indium/indium  Nanoparticles  Sol-gel  Spray Drying  
Analysis of Indium Tin Oxide Film Using Argon Fluroide (ArF) Laser-Excited Atomic Fluorescence of Ablated Plumes Journal article
Ho, Sut Kam, Garcia, Dario Machado. Analysis of Indium Tin Oxide Film Using Argon Fluroide (ArF) Laser-Excited Atomic Fluorescence of Ablated Plumes[J]. APPLIED SPECTROSCOPY, 2017, 71(4), 735-743.
Authors:  Ho, Sut Kam;  Garcia, Dario Machado
Favorite | TC[WOS]:3 TC[Scopus]:3  IF:2.2/2.9 | Submit date：2018/10/30
Indium Tin Oxide  Ito  Ito Film  Laser-excited Atomic Fluorescence  Leaf  Destructiveness  Thin-film Analysis  
Defect reduction in epitaxial InP on nanostructured Si (001) substrates with position-controlled seed arrays Journal article
Li Q., Ng K.W., Tang C.W., Lau K.M., Hill R., Vert A.. Defect reduction in epitaxial InP on nanostructured Si (001) substrates with position-controlled seed arrays[J]. Journal of Crystal Growth, 2014, 405, 81-86.
Authors:  Li Q.;  Ng K.W.;  Tang C.W.;  Lau K.M.;  Hill R.; et al.
Favorite | TC[WOS]:23 TC[Scopus]:26 | Submit date：2019/04/08
A1. Defects  A3. Metal-organic Chemical Vapor Deposition  B1. Nanomaterials  B2. Semiconducting Iii-v Materials  B2. Semiconducting Indium Phosphide  
High brightness InP micropillars grown on silicon with Fermi-level splits larger than 1 eV Conference paper
Tran T., Sun H., Ren F., Ng K.W., Li K., Lu F., Yablonovitch E., Chang-Hasnain C.J.. High brightness InP micropillars grown on silicon with Fermi-level splits larger than 1 eV[C], 2013, 836-839.
Authors:  Tran T.;  Sun H.;  Ren F.;  Ng K.W.;  Li K.; et al.
Favorite | TC[WOS]:0 TC[Scopus]:0 | Submit date：2019/04/08
Iii-v Semiconductor Materials  Indium Phosphide  Photoluminescence  Silicon  
Characteristics of InP nanoneedles grown on silicon by low-temperature MOCVD Conference paper
Li K., Ren F., Chen R., Tran T., Ng K.W., Chang-Hasnain C.J.. Characteristics of InP nanoneedles grown on silicon by low-temperature MOCVD[C], 2012, 85-87.
Authors:  Li K.;  Ren F.;  Chen R.;  Tran T.;  Ng K.W.; et al.
Favorite | TC[WOS]:0 TC[Scopus]:1 | Submit date：2019/04/08
Indium Phosphide  Nanostructured Materials  Optoelectronic Devices  Photoluminescence  Semiconductor Lasers  Time Measurement  Ultrafast Optics