1.Crafting Near-Infrared Photonics via the Programmable Assembly of Organic Heterostructures at Multiscale Level

Xia, XY, Lv, Q, Xu,     More...

Xia, XY, Lv, Q, Xu, CF, Yu, Y, Wang, L, Wang, XD, Liao, LS     Less

ADVANCED FUNCTIONAL MATERIALS[1616-301X], Published 2024,

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2022影響因子:  19.0 

2.Visualizing the interfacial-layer-based epitaxial growth process toward organic core-shell architectures

Zhuo, MP, Wei, X, Li     More...

Zhuo, MP, Wei, X, Li, YY, Shi, YL, He, GP, Su, HX, Zhang, KQ, Guan, JP, Wang, XD, Wu, YC, Liao, LS     Less

NATURE COMMUNICATIONS, Published 2024, Volume 15, Issue 1,

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3.Pyrene-based cocrystals for regulation of extensive emission across visible to near-infrared II range = 可见光到近红外Ⅱ区内宽领域可调发射的芘基共晶

Xia, XY, Lv, Q, Yu,     More...

Xia, XY, Lv, Q, Yu, Y, Che, ZL, Wang, XD, Liao, LS, Lee, ST     Less

SCIENCE CHINA-MATERIALS[2095-8226], Published 2024, Volume 67, Issue 3, Pages 946-953

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2022影響因子:  8.1 

4.Bi-Ligand Synergy Enables Threshold Low Voltage and Bandgap Stable Pure-Red Mix-Halide Perovskite LEDs

Duan, HW, Zhao, F, L     More...

Duan, HW, Zhao, F, Li, SN, Pan, JL, Shen, WS, Li, SM, Zhang, Q, Wang, YK, Liao, LS     Less

ADVANCED FUNCTIONAL MATERIALS[1616-301X], Published 2024,

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2022影響因子:  19.0 

5.Magnetic-biased chiral molecules enabling highly oriented photovoltaic perovskites

Chen, J, Deger, C, S     More...

Chen, J, Deger, C, Su, ZH, Wang, KL, Zhu, GP, Wu, JJ, He, BC, Chen, CH, Wang, T, Gao, XY, Yavuz, I, Lou, YH, Wang, ZK, Liao, LS     Less

NATIONAL SCIENCE REVIEW[2095-5138], Published 2024, Volume 11, Issue 2,

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2022影響因子:  20.6 

6.Directed self-assembly of organic crystals into chip-like heterostructures for signal processing

Xu, CF, Yang, WY, Lv     More...

Xu, CF, Yang, WY, Lv, Q, Wang, XD, Liao, LS     Less

SCIENCE CHINA-MATERIALS[2095-8226], Published 2023, Volume 66, Issue 2, Pages 733-739

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WOS核心合集引用: 2  2022影響因子:  8.1 

7.Indirect Control of Donor/Acceptor Interactions for Highly Efficient Space-Confined Thermally Activated Delayed Fluorescence Emitters

Feng, ZQ, Yang, SY,     More...

Feng, ZQ, Yang, SY, Kong, FC, Qu, YK, Meng, XY, Yu, YJ, Zhou, DY, Jiang, ZQ, Liao, LS     Less

ADVANCED FUNCTIONAL MATERIALS[1616-301X], Published 2023, Volume 33, Issue 6,

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WOS核心合集引用: 7  2022影響因子:  19.0 

8.Red organic light-emitting diodes based photobiomodulation therapy enabling prominent hair growth

Sun, SQ, Shen, JJ, W     More...

Sun, SQ, Shen, JJ, Wang, YF, Jiang, YT, Chen, LF, Xin, H, Wang, JN, Shi, XB, Zhu, XZ, Sun, Q, Liao, LS, Chen, Q, Fung, MK, Lee, ST     Less

NANO RESEARCH[1998-0124], Published 2023,

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WOS核心合集引用: 1  2022影響因子:  9.9 

9.Sensitized organic light-emitting diodes: towards high efficiency and long lifetimes

Zuo, P, Qu, YK, Zhen     More...

Zuo, P, Qu, YK, Zheng, Q, Liao, LS, Jiang, ZQ     Less

MATERIALS CHEMISTRY FRONTIERS, Published 2023, Volume 7, Issue 9, Pages 1760-1780

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WOS核心合集引用: 2 

10.Telecom-Wavelength Organic Single-Crystal Lasers Triggered by the Molecular Conformation-Dependent Cascaded Proton Transfer Processes

Wu, JJ, Yu, SW, Liu,     More...

Wu, JJ, Yu, SW, Liu, YP, Yan, CC, Yang, WY, Xie, WF, Wang, XD, Sun, CF, Liao, LS     Less

ADVANCED FUNCTIONAL MATERIALS[1616-301X], Published 2023, Volume 33, Issue 20,

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WOS核心合集引用: 2  2022影響因子:  19.0 

11.Red Fluorescent Carbon Dots with Alkyl Chain Achieving Stable Electroluminescence via an In Situ Electric Excitation

Shen, J, Zhang, TY,     More...

Shen, J, Zhang, TY, Shen, WS, Li, ZN, Yuan, WJ, Huang, H, Liu, Y, Liao, LS, Kang, ZH     Less

ADVANCED OPTICAL MATERIALS[2195-1071], Published 2023, Volume 12, Issue 10,

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2022影響因子:  9.0 

12.Lateral epitaxial growth of two-dimensional organic heterostructures

Lv, Q, Wang, XD, Yu,     More...

Lv, Q, Wang, XD, Yu, Y, Xu, CF, Yu, YJ, Xia, XY, Zheng, M, Liao, LS     Less

NATURE CHEMISTRY[1755-4330], Published 2023, Volume 16, Issue 2, Pages 201-209

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2022影響因子:  21.8 

13.Introducing Spiro-locks into the Nitrogen/Carbonyl System towards Efficient Narrowband Deep-blue Multi-resonance TADF Emitters

Yu, YJ, Feng, ZQ, Me     More...

Yu, YJ, Feng, ZQ, Meng, XY, Chen, L, Liu, FM, Yang, SY, Zhou, DY, Liao, LS, Jiang, ZQ     Less

ANGEWANDTE CHEMIE-INTERNATIONAL EDITION[1433-7851], Published 2023, Volume 62, Issue 40,

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2022影響因子:  16.6 

14.Narrowband blue emitter based on fused nitrogen/carbonyl combination with external quantum efficiency approaching 30%

Chen, L, Cai, JH, Yu     More...

Chen, L, Cai, JH, Yu, YJ, Qu, YK, Yang, SY, Zou, SN, Liu, RH, Zhou, DY, Liao, LS, Jiang, ZQ     Less

SCIENCE CHINA-CHEMISTRY[1674-7291], Published 2023, Volume 67, Issue 1, Pages 351-359

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2022影響因子:  9.6 

15.Iodotrimethylsilane as a Reactive Ligand for Surface Etching and Passivation of Perovskite Nanocrystals toward Efficient Pure-red to Deep-red LEDs

Zhao, F, Duan, HW, L     More...

Zhao, F, Duan, HW, Li, SN, Pan, JL, Shen, WS, Li, SM, Zhang, Q, Wang, YK, Liao, LS     Less

ANGEWANDTE CHEMIE-INTERNATIONAL EDITION[1433-7851], Published 2023, Volume 62, Issue 46,

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2022影響因子:  16.6 

16.A Simple Device-To-Device Transform for White Light-Emitting Diode with Monochromatic Carbon Dots

Zhang, TY, Shen, J,     More...

Zhang, TY, Shen, J, Shen, WS, Fan, ZL, Yu, K, Wang, YM, Si, HL, Huang, H, Liu, Y, Liao, LS, Kang, ZH     Less

ADVANCED OPTICAL MATERIALS[2195-1071], Published 2023, Volume 11, Issue 23,

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2022影響因子:  9.0 

17.Selective epitaxial growth of organic heterostructure via cocrystal engineering: Towards oriented signal conversion

Lv, Q, Wang, XD, Yu,     More...

Lv, Q, Wang, XD, Yu, Y, Yu, YJ, Zheng, M, Liao, LS     Less

SCIENCE CHINA-MATERIALS[2095-8226], Published 2023, Volume 66, Issue 10, Pages 3968-3976

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2022影響因子:  8.1 

18.Deep-red and near-infrared organic lasers based on centrosymmetric molecules with excited-state intramolecular double proton transfer activity

Yan, CC, Che, ZL, Ya     More...

Yan, CC, Che, ZL, Yang, WY, Wang, XD, Liao, LS     Less

OPTO-ELECTRONIC ADVANCES[2096-4579], Published 2023, Volume 6, Issue 7,

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2022影響因子:  14.1 

19.Electroluminescence from GaN-Based Quantum Dots

Li, SN, Kong, FC, Yu     More...

Li, SN, Kong, FC, Yu, YJ, Meng, SG, Qu, ZH, Wang, YK, Liao, LS     Less

ADVANCED OPTICAL MATERIALS[2195-1071], Published 2023, Volume 12, Issue 5,

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2022影響因子:  9.0 

20.Monovalent Charge Compensation Enables Efficient Lanthanide-Based Near-Infrared Perovskite LEDs

Yu, YJ, Wang, HS, Pa     More...

Yu, YJ, Wang, HS, Pan, JL, Li, SN, Shen, WS, Cheng, SN, Jin, LJ, Wang, YK, Li, YY, Liao, LS     Less

ADVANCED FUNCTIONAL MATERIALS[1616-301X], Published 2023, Volume 33, Issue 45,

收錄情况： WOS SCOPUS

2022影響因子:  19.0