Pengfei Tian

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	Toate	Din 2020
Referințe bibliografice	3295	2702
h-index	31	29
i10-index	42	41

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Minghui ZhuProfessor, East China University of Science and TechnologyAdresă de e-mail confirmată pe ecust.edu.cn
zixu YangEast China University of Science and TechnologyAdresă de e-mail confirmată pe ecust.edu.cn
Xuan FZProfessor of Mechanical Engineering, East China University of Science & TechnologyAdresă de e-mail confirmată pe ecust.edu.cn
Xuejing Yang (杨雪晶)Professor, East China University of Science and TechnologyAdresă de e-mail confirmată pe berkeley.edu
Israel E. WachsProfessor of Chemical Engineering, Lehigh UniversityAdresă de e-mail confirmată pe lehigh.edu
xinhai YuEast China University of Science & TechnologyAdresă de e-mail confirmată pe ecust.edu.cn
hongliang jiangEast China University of Science and Technology; University of Science and Technology of ChinaAdresă de e-mail confirmată pe ustc.edu.cn
Shan-Tung TuProfessor of Mechanical and Chemical Engineering, East China University of Science and TechnologyAdresă de e-mail confirmată pe ecust.edu.cn
Sheng Dai (戴升)East China University of Science and TechnologyAdresă de e-mail confirmată pe ecust.edu.cn
Chenxi CaoEast China University of Science and TechnologyAdresă de e-mail confirmată pe ecust.edu.cn
Li ChunzhongProfessor of Materials Chemical Engineering, East China University of Science and TechnologyAdresă de e-mail confirmată pe ecust.edu.cn
Weifeng TuUniversity of TorontoAdresă de e-mail confirmată pe utoronto.ca
Fang XUNanjing Tech UniversityAdresă de e-mail confirmată pe njtech.edu.cn
Zili WuChemical Sciences Division and Center for Nanophase Materials Sciences, Oak Ridge NationalAdresă de e-mail confirmată pe ornl.gov
Thomas LunkenbeinFritz-Haber-Institut der Max-Planck-GesellschaftAdresă de e-mail confirmată pe fhi-berlin.mpg.de
Donglong FuChemical Engineering, Tianjin UniversityAdresă de e-mail confirmată pe tju.edu.cn
Shuangliang ZhaoProfessor of Chemical Engineering, East China University of Science and TechnologyAdresă de e-mail confirmată pe ecust.edu.cn
Jinlong Gong (巩金龙)Pei Yang Distinguished Professor, Tianjin UniversityAdresă de e-mail confirmată pe tju.edu.cn

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Pengfei Tian

East China University of Science and Technology

Adresă de e-mail confirmată pe ecust.edu.cn

Chemical Engineering Catalysis Environmental Science


Titlu Sortați după descrierea bibliografică Sortați după an Sortați după titlu	Citat de Citat de	Anul
Induced activation of the commercial Cu/ZnO/Al₂O₃ catalyst for the steam reforming of methanol D Li, F Xu, X Tang, S Dai, T Pu, X Liu, P Tian, F Xuan, Z Xu, IE Wachs, ... Nature Catalysis 5 (2), 99-108, 2022	298	2022
Oxidative degradation of nitrobenzene by a Fenton-like reaction with Fe-Cu bimetallic catalysts Y Sun, Z Yang, P Tian, Y Sheng, J Xu, YF Han Applied Catalysis B: Environmental 244, 1-10, 2019	259	2019
Dynamic active sites over binary oxide catalysts: In situ/operando spectroscopic study of low-temperature CO oxidation over MnOx-CeO2 catalysts X Zhang, YQ Deng, P Tian, H Shang, J Xu, YF Han Applied Catalysis B: Environmental 191, 179-191, 2016	165	2016
Vacancy engineering of the nickel-based catalysts for enhanced CO2 methanation M Zhu, P Tian, X Cao, J Chen, T Pu, B Shi, J Xu, J Moon, Z Wu, YF Han Applied Catalysis B: Environmental 282, 119561, 2021	155	2021
Revealing the active species of Cu-based catalysts for heterogeneous Fenton reaction Y Sun, P Tian, D Ding, Z Yang, W Wang, H Xin, J Xu, YF Han Applied Catalysis B: Environmental 258, 117985, 2019	152	2019
The origin of active sites for direct synthesis of H2O2 on Pd/TiO2 catalysts: Interfaces of Pd and PdO domains L Ouyang, P Tian, G Da, XC Xu, C Ao, T Chen, R Si, J Xu, YF Han Journal of Catalysis 321, 70-80, 2015	141	2015
Insight into active sites of Pd–Au/TiO2 catalysts in hydrogen peroxide synthesis directly from H2 and O2 L Ouyang, G Da, P Tian, T Chen, J Xu, YF Han Journal of catalysis 311, 129-136, 2014	141	2014
Strong metal–support interactions between copper and iron oxide during the high‐temperature water‐gas shift reaction M Zhu, P Tian, R Kurtz, T Lunkenbein, J Xu, R Schlögl, IE Wachs, YF Han Angewandte chemie 131 (27), 9181-9185, 2019	134	2019
Au/carbon as Fenton-like catalysts for the oxidative degradation of bisphenol A X Yang, PF Tian, C Zhang, Y Deng, J Xu, J Gong, YF Han Applied Catalysis B: Environmental 134, 145-152, 2013	134	2013
Tuning the dynamic interfacial structure of copper–ceria catalysts by indium oxide during CO oxidation X Zhang, P Tian, W Tu, Z Zhang, J Xu, YF Han ACS Catalysis 8 (6), 5261-5275, 2018	115	2018
The origin of palladium particle size effects in the direct synthesis of H2O2: Is smaller better? P Tian, L Ouyang, X Xu, C Ao, X Xu, R Si, X Shen, M Lin, J Xu, YF Han Journal of Catalysis 349, 30-40, 2017	110	2017
The generation of hydroxyl radicals by hydrogen peroxide decomposition on F eOCl/SBA‐15 catalysts for phenol degradation X Yang, P Tian, X Zhang, X Yu, T Wu, J Xu, Y Han AIChE Journal 61 (1), 166-176, 2015	85	2015
Density functional theory study of direct synthesis of H2O2 from H2 and O2 on Pd (111), Pd (100), and Pd (110) surfaces T Pengfei, L OUYANG, XU Xinchao, XU Jing, HAN Yi-Fan Chinese Journal of Catalysis 34 (5), 1002-1012, 2013	85	2013
Probing the role of surface hydroxyls for Bi, Sn and In catalysts during CO2 Reduction J Li, J Li, X Liu, J Chen, P Tian, S Dai, M Zhu, YF Han Applied Catalysis B: Environmental 298, 120581, 2021	81	2021
Tracking structural evolution: operando regenerative CeO_x/Bi interface structure for high-performance CO₂ electroreduction R Pang, P Tian, H Jiang, M Zhu, X Su, Y Wang, X Yang, Y Zhu, L Song, ... National Science Review 8 (7), nwaa187, 2021	73	2021
Direct and selective synthesis of hydrogen peroxide over palladium–tellurium catalysts at ambient pressure P Tian, X Xu, C Ao, D Ding, W Li, R Si, W Tu, J Xu, YF Han ChemSusChem 10 (17), 3342-3346, 2017	70	2017
Catalytic decomposition of H2O2 over a Au/carbon catalyst: A dual intermediate model for the generation of hydroxyl radicals X Yang, P Tian, H Wang, J Xu, Y Han Journal of Catalysis 336, 126-132, 2016	67	2016
Preparation, Characterization, and Kinetic Study of a Core–Shell Mn₃O₄@SiO₂ Nanostructure Catalyst for CO Oxidation J Xu, YQ Deng, XM Zhang, Y Luo, W Mao, XJ Yang, L Ouyang, P Tian, ... ACS Catalysis 4 (11), 4106-4115, 2014	67	2014
Structure‐Tunable Copper–Indium Catalysts for Highly Selective CO₂ Electroreduction to CO or HCOOH M Zhu, P Tian, J Li, J Chen, J Xu, YF Han ChemSusChem 12 (17), 3955-3959, 2019	63	2019
Nature of Reactive Oxygen Intermediates on Copper-Promoted Iron–Chromium Oxide Catalysts during CO₂ Activation M Zhu, P Tian, ME Ford, J Chen, J Xu, YF Han, IE Wachs ACS Catalysis 10 (14), 7857-7863, 2020	61	2020

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