1.利用中心原子价层轨道阐释软硬酸碱理论的原理与应用
杨雪梅,王志鹏,张永臻,马新雨,Chen
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杨雪梅,王志鹏,张永臻,马新雨,Chen Maggie,蒋振雄
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化学教育(中英文)[1003-3807],
Published 2024,
Issue 6,
Pages 99-107
收錄情况:
CNKI
2.Effect of crystal facets in plasmonic catalysis
Kang, YC, Joao, SM,
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Kang, YC, Joao, SM, Lin, R, Liu, K, Zhu, L, Fu, JW, Cheong, WC, Lee, S, Frank, K, Nickel, B, Liu, M, Lischner, J, Cortés, E
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NATURE COMMUNICATIONS[2041-1723],
Published 2024,
Volume 15,
Issue 1,
收錄情况:
WOS
SCOPUS
WOS核心合集引用: 1
2023影響因子:
14.7
3.Self-standing Z-scheme structured heterogeneous nanosheet arrays of ZnIn2S4/cobalt porphyrin sulfonate for bifunctional photocatalytic carbon dioxide reduction and antibacterial
Li, Shuming, Li, Xue
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Li, Shuming, Li, Xuejing, Rao, Heng, She, Ping, Cheong, Weng Chon Max, Qin, Jun Sheng
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Chemical Engineering Journal[1385-8947],
Published 2024,
Volume 499,
收錄情况:
WOS
SCOPUS
WOS核心合集引用: 0
2023影響因子:
13.4
4.Topological defect and sp3/sp2 carbon interface derived from ZIF-8 with linker vacancies for oxygen reduction reaction
Gao, HX, Wang, S, Ch
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Gao, HX, Wang, S, Cheong, WC, Wang, KX, Xu, HF, Huang, AJ, Ma, JG, Li, JZ, Ip, WF, San Hui, K, Dinh, DA, Fan, X, Bin, F, Chen, FM, Hui, KN
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CARBON[0008-6223],
Published 2023,
Volume 203,
Pages 76-87
收錄情况:
WOS
SCOPUS
WOS核心合集引用: 19
2023影響因子:
10.5
发表年影響因子:
10.5
5.Molybdenum atomic sites embedded 1D carbon nitride nanotubes as highly efficient bifunctional photocatalyst for tetracycline degradation and hydrogen evolution
Mateen, M, Cheong, W
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Mateen, M, Cheong, WC, Zheng, C, Talib, SH, Zhang, J, Zhang, XM, Liu, SJ, Chen, C, Li, YD
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CHEMICAL ENGINEERING JOURNAL[1385-8947],
Published 2023,
Volume 451,
收錄情况:
WOS
SCOPUS
WOS核心合集引用: 25
2023影響因子:
13.4
发表年影響因子:
13.4
6.Engineering Molecular Heterostructured Catalyst for Oxygen Reduction Reaction
Chen, C, Li, YF, Hua
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Chen, C, Li, YF, Huang, AJ, Liu, XR, Li, JZ, Zhang, Y, Chen, ZQ, Zhuang, ZW, Wu, Y, Cheong, WC, Tan, X, Sun, KA, Xu, ZY, Liu, D, Wang, ZG, Zhou, KB, Chen, C
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JOURNAL OF THE AMERICAN CHEMICAL SOCIETY[0002-7863],
Published 2023,
Volume 145,
Issue 39,
Pages 21273-21283
收錄情况:
WOS
SCOPUS
WOS核心合集引用: 20
2023影響因子:
14.5
发表年影響因子:
14.5
7.Optimization of p-Type Cu<sub>2</sub>O Nanocube Photocatalysts Based on Electronic Effects
Lin, R, Chen, HW, Cu
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Lin, R, Chen, HW, Cui, TT, Zhang, ZD, Zhou, QX, Nan, L, Cheong, WC, Schröck, L, Ramm, V, Ding, QR, Liang, X, Saris, S, Wendisch, FJ, Maier, SA, Fischer, RA, Zhu, YF, Wang, D, Cortes, E
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ACS CATALYSIS[2155-5435],
Published 2023,
Volume 13,
Issue 17,
Pages 11352-11361
收錄情况:
WOS
SCOPUS
WOS核心合集引用: 5
2023影響因子:
11.7
发表年影響因子:
11.7
8.Oxalate-Assisted Synthesis of Hollow Carbon Nanocage With Fe Single Atoms for Electrochemical CO<sub>2</sub> Reduction
Yu, K, Sun, KA, Cheo
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Yu, K, Sun, KA, Cheong, WC, Tan, X, He, C, Zhang, JQ, Li, JZ, Chen, C
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SMALL[1613-6810],
Published 2023,
Volume 19,
Issue 39,
收錄情况:
WOS
SCOPUS
WOS核心合集引用: 9
2023影響因子:
13.0
发表年影響因子:
13.0
9.Atomic-level engineering Fe1N2O2 interfacial structure derived from oxygen-abundant metal-organic frameworks to promote electrochemical CO2 reduction
Zhao, D, Yu, K, Song
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Zhao, D, Yu, K, Song, PY, Feng, WY, Hu, BT, Cheong, WC, Zhuang, ZW, Liu, SJ, Sun, KA, Zhang, JT, Chen, C
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ENERGY & ENVIRONMENTAL SCIENCE[1754-5692],
Published 2022,
Volume 15,
Issue 9,
Pages 3795-3804
收錄情况:
WOS
SCOPUS
WOS核心合集引用: 49
2023影響因子:
32.4
发表年影響因子:
32.5
10.Engineering electrophilic atomic Ir sites on CeO2 colloidal spheres for selectivity control in hydrogenation of alpha,beta-unsaturated carbonyl compounds
Mateen, M, Akhtar, M
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Mateen, M, Akhtar, MN, Gao, L, Cheong, WC, Lv, SS, Zhou, Y, Chen, Z
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NANO RESEARCH[1998-0124],
Published 2022,
Volume 15,
Issue 8,
Pages 7107-7115
收錄情况:
WOS
SCOPUS
WOS核心合集引用: 9
2023影響因子:
9.6
发表年影響因子:
9.9
11.Zeolitic Imidazolate Framework-Derived Co-Fe@NC for Rechargeable Hybrid Sodium-Air Battery with a Low Voltage Gap and Long Cycle Life
Gao, HX, Zhu, SQ, Ka
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Gao, HX, Zhu, SQ, Kang, Y, Dinh, DA, Hui, KS, Bin, F, Fan, X, Chen, FM, Mahmood, A, Geng, JX, Cheong, WCM, Hui, KN
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ACS APPLIED ENERGY MATERIALS[2574-0962],
Published 2022,
Volume 5,
Issue 2,
Pages 1662-1671
收錄情况:
WOS
SCOPUS
WOS核心合集引用: 11
2023影響因子:
5.5
发表年影響因子:
6.4
12.Surface reconstruction establishing Mott-Schottky heterojunction and built-in space-charging effect accelerating oxygen evolution reaction
Kang, Y, Wang, S, Hu
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Kang, Y, Wang, S, Hui, KS, Wu, SX, Dinh, DA, Fan, X, Bin, F, Chen, FM, Geng, JX, Cheong, WCM, Hui, KN
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NANO RESEARCH[1998-0124],
Published 2022,
Volume 15,
Issue 4,
Pages 2952-2960
收錄情况:
WOS
SCOPUS
WOS核心合集引用: 21
2023影響因子:
9.6
发表年影響因子:
9.9
13.( )Rationally engineered Co and N co-doped WS2 as bifunctional catalysts for pH-universal hydrogen evolution and oxidative dehydrogenation reactions
Ling, M, Li, N, Jian
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Ling, M, Li, N, Jiang, BB, Tu, RY, Wu, T, Guan, PL, Ye, Y, Cheong, WC, Sun, KA, Liu, SJ, Wu, KL, Huang, AJ, Wei, XW
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NANO RESEARCH[1998-0124],
Published 2022,
Volume 15,
Issue 3,
Pages 1993-2002
收錄情况:
WOS
SCOPUS
WOS核心合集引用: 22
2023影響因子:
9.6
发表年影響因子:
9.9
14.Regulating electronic structure of CoN4 with axial Co-S for promoting oxygen reduction and Zn-air battery performance
Chen, C, Chen, ZQ, Z
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Chen, C, Chen, ZQ, Zhong, JX, Song, X, Chen, DF, Liu, SJ, Cheong, WC, Li, JZ, Tan, X, He, C, Zhang, JQ, Liu, D, Yuan, QH, Chen, C, Peng, Q, Li, YD
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NANO RESEARCH[1998-0124],
Published 2022,
收錄情况:
WOS
SCOPUS
WOS核心合集引用: 11
2023影響因子:
9.6
发表年影響因子:
9.9
15.Interfacial water engineering boosts neutral water reduction
Sun, KA, Wu, XY, Zhu
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Sun, KA, Wu, XY, Zhuang, ZW, Liu, LY, Fang, JJ, Zeng, LY, Ma, JG, Liu, SJ, Li, JZ, Dai, RY, Tan, X, Yu, K, Liu, D, Cheong, WC, Huang, AJ, Liu, YQ, Pan, Y, Xiao, H, Chen, C
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NATURE COMMUNICATIONS[2041-1723],
Published 2022,
Volume 13,
Issue 1,
收錄情况:
WOS
SCOPUS
WOS核心合集引用: 98
2023影響因子:
14.7
发表年影響因子:
16.6
16.Atomically Dispersed CoN3C1-TeN1C3 Diatomic Sites Anchored in N-Doped Carbon as Efficient Bifunctional Catalyst for Synergistic Electrocatalytic Hydrogen Evolution and Oxygen Reduction
Wang, MM, Zheng, XH,
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Wang, MM, Zheng, XH, Qin, DL, Li, M, Sun, KA, Liu, CH, Cheong, WC, Liu, Z, Chen, YJ, Liu, SJ, Wang, B, Li, YP, Liu, YQ, Liu, CG, Yang, X, Feng, X, Yang, CH, Chen, C, Pan, Y
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SMALL[1613-6810],
Published 2022,
Volume 18,
Issue 29,
收錄情况:
WOS
SCOPUS
WOS核心合集引用: 51
2023影響因子:
13.0
发表年影響因子:
13.3
17.Dimensional-Transformation of Ternary-Alloy through the Manipulation of Reduction Kinetics
Mahmood, A, He, DQ,
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Mahmood, A, He, DQ, Zhao, BL, Talib, SH, Cheong, WC, Nan, ZA, He, Y, Han, DX, Wang, X, Niu, L
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ADVANCED FUNCTIONAL MATERIALS[1616-301X],
Published 2022,
Volume 32,
Issue 36,
收錄情况:
WOS
SCOPUS
WOS核心合集引用: 4
2023影響因子:
18.5
发表年影響因子:
19.0
18.Synergetic effect of nitrogen-doped carbon catalysts for high-efficiency electrochemical CO2 reduction
Liu, CH, Wu, Y, Fang
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Liu, CH, Wu, Y, Fang, JJ, Yu, K, Li, H, He, WJ, Cheong, WC, Liu, SJ, Chen, Z, Dong, J, Chen, C
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CHINESE JOURNAL OF CATALYSIS[0253-9837],
Published 2022,
Volume 43,
Issue 7,
Pages 1697-1702
收錄情况:
WOS
SCOPUS
WOS核心合集引用: 6
2023影響因子:
15.7
发表年影響因子:
16.5
19.Construction of N, P Co-Doped Carbon Frames Anchored with Fe Single Atoms and Fe2P Nanoparticles as a Robust Coupling Catalyst for Electrocatalytic Oxygen Reduction
Pan, Y, Ma, XL, Wang
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Pan, Y, Ma, XL, Wang, MM, Yang, X, Liu, SJ, Chen, HC, Zhuang, ZW, Zhang, YH, Cheong, WC, Zhang, C, Cao, X, Shen, RA, Xu, Q, Zhu, W, Liu, YQ, Wang, XD, Zhang, XJ, Yan, WS, Li, J, Chen, HM, Chen, C, Li, YD
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ADVANCED MATERIALS[0935-9648],
Published 2022,
Volume 34,
Issue 29,
收錄情况:
WOS
SCOPUS
WOS核心合集引用: 133
2023影響因子:
27.4
发表年影響因子:
29.4
20.Constructing atomic Co-1-N-4 sites in 2D polymeric carbon nitride for boosting photocatalytic hydrogen harvesting under visible light
Liu, XC, Mateen, M,
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Liu, XC, Mateen, M, Cheng, XK, Wu, DQ, Zhang, J, Cheong, WC, Liu, SJ
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INTERNATIONAL JOURNAL OF HYDROGEN ENERGY[0360-3199],
Published 2022,
Volume 47,
Issue 25,
Pages 12592-12604
收錄情况:
WOS
SCOPUS
WOS核心合集引用: 12
2023影響因子:
8.1
发表年影響因子:
7.2