《Journal of Energy Chemistry》

作品数：4577被引量：7764H指数：21
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《Journal of Energy Chemistry》
主办单位：Science Press;Dalian Institute of Chemical Physics,Chinese Academy of Sciences
最新期次：2025年3期更多>>
发文主题：BATTERIESPEROVSKITELITHIUMSOLAR_CELLCO更多>>
发文领域：电气工程化学工程理学一般工业技术更多>>
发文基金：国家自然科学基金中国博士后科学基金国家重点基础研究发展计划高等学校学科创新引智计划更多>>
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Insights into reaction mechanisms:Water's role in enhancing in-situ hydrogen production from methane conversion in sandstone
《Journal of Energy Chemistry》2025年第3期353-364,共12页Keju Yan Krishna Prasad Shrestha Mohamed Amine Ifticene Qingwang Yuan 
supported by a generous gift from The CH Foundation;the support from the Distinguished Graduate Student Assistantship and the Graduate Research Support Award at Texas Tech University;the Aid fund from AAPG;the Matejek Family Faculty Fellowship。
In-situ conversion of subsurface hydrocarbons via electromagnetic(EM)heating has emerged as a promising technology for producing carbon-zero and affordable hydrogen(H_(2))directly from natural gas reservoirs.However,t...
关键词：In-situ hydrogen production Water enhancement Methane-to-hydrogen conversion Reaction mechanism Electromagnetic heating 
Vanadium-site multivalent cation doping strategy of fluorophosphate cathode for low self-discharge sodium-ion batteries
《Journal of Energy Chemistry》2025年第3期365-376,共12页Xinyuan Wang Qian Wang Jiakai Zhang Yuanzhen Ma Miao Huang Xiaojie Liu 
supported by the National Natural Science Foundation of China(22075227);the Shaanxi Fundamental Science Research Project for Chemistry and Biology(23JHQ011)。
Na_(3)V_(2)O_(2x)(PO_(4))_(2)F_(3-2x)(NVPOF)is considered one of the most promising cathode materials for sodium-ion batteries due to its favorable working potential and optimal theoretical specific capacity.However,i...
关键词：Multivalent cation doping V-site doping Fe^(3+)doping SELF-DISCHARGE Fluorophosphate cathode Sodium-ion batteries 
Suppressing high voltage chemo-mechanical degradation in single crystal nickel-rich cathodes for high-performance all-solid-state lithium batteries
《Journal of Energy Chemistry》2025年第3期377-385,共9页Yirong Xiao Le Yang Chaoyuan Zeng Ze Hua Shuangquan Qu Niaz Ahmad Ruiwen Shao Wen Yang 
supported by the Hainan Province Science and Technology Special Fund(ZDYF2021SHFZ232,ZDYF2023GXJS022);the Hainan Province Postdoctoral Science Foundation(300333);the National Natural Science Foundation of China(21203008,21975025,12274025,22372008)。
Sulfide-based all-solid-state lithium batteries suffer from electrochemo-mechanical damage to Ni-rich oxide-based cathode active materials(CAMs),primarily caused by severe volume changes,results in significant stress ...
关键词：Single crystal nickel-rich oxide cathode Lattice stretches and distortions Reaction heterogeneity Percolation network All-solid-state lithium batteries 
Insights into the doping functions on redox chemistry of layered Ni-rich cathodes
《Journal of Energy Chemistry》2025年第3期386-412,共27页Zhenxing Wang Yong Chen 
supported by the National Natural Science Foundation of China(22209055);the China Postdoctoral Science Foundation(2022M721330);the Foshan Postdoctoral Science Foundation(X221081MS210);the Innovation Team of Universities of Guangdong Province(2022KCXTD030);the“Targeted Technology Innovation Initiative”Project at the Foshan National Institute of Innovation(JBGS2024002)。
In pursuit of low cost and long life for lithium-ion batteries in electric vehicles,the most promising strategy is to replace the commercial LiCoO_(2)with a high-energy-density Ni-rich cathode.However,the irreversible...
关键词：Doping functions Redox chemistry Ni-rich cathode Phase transition Structural stability 
Single-atomic iron synergistic atom-cluster induce remote enhancement toward oxygen reduction reaction
《Journal of Energy Chemistry》2025年第3期413-420,共8页Yayin Li Haomin Jiang Liu Lin Zemin Sun Genban Sun 
supported by the National Natural Science Foundations of China(Nos:22271018,22309012 and 22302013);the NSF of Guangdong Province(Nos:2023A1515010554 and 2024A1515010307)。
The oxygen reduction reaction(ORR)could be effectively regulated by adjusting electron configurations and optimizing chemical bonds.Herein,we have achieved the modulation of electron distribution in Fe single atomic(F...
关键词：Single atomic catalysts Atom-cluster induce effect Oxygen reduction reaction Fe-N4 sites 
Precursor-chemistry engineering toward ultrapermeable carbon molecular sieve membrane for CO_(2)capture
《Journal of Energy Chemistry》2025年第3期421-430,共10页Mengjie Hou Lin Li Ruisong Xu Yunhua Lu Jing Song Zhongyi Jiang Tonghua Wang Xigao Jian 
financial support from the National Key R&D Program of China(2021YFB3801200);the National Natural Science Foundation of China(22278051,22178044,22308043);CNPC Innovation Found(2022DQ02-0608)。
Carbon capture is an important strategy and is implemented to achieve the goals of CO_(2)reduction and carbon neutrality.As a high energy-efficient technology,membrane-based separation plays a crucial role in CO_(2)ca...
关键词：CO_(2)capture Gas separation Carbon molecular sieve membrane precursor-chemistry 
High-yield pentanes-plus production via hydrogenation of carbon dioxide:Revealing new roles of zirconia as promoter of iron catalyst with long-term stability
《Journal of Energy Chemistry》2025年第3期431-442,共12页Sheraz Ahmed Junjung Rohmat Sugiarto Wonjoong Yoon Muhammad Irshad Heuntae Jo Syeda Sidra Bibi Soek Ki Kim Muhammad Kashif Khan Jaehoon Kim 
financial support from the National Research Council of Science&Technology(NST)grant funded by the Ministry of Science and ICT,Republic of Korea(CAP21012-100);the Korea Institute of Energy Technology Evaluation and Planning(KETEP),under the Ministry of Trade,Industry&Energy(MOTIE),Republic of Korea(20224C10300010);the KETEP grant funded by the MOTIE(20224000000440,Sector coupling energy industry advancement manpower training program)。
The metal oxide promoter decisively influences the overall performance of Fe catalysts in the direct hydrogenation of CO_(2)to C_(5+)hydrocarbons.However,the roles of metal oxide promoter for Fe catalysts,particularly...
关键词：CO_(2)hydrogenation C5+hydrocarbons Fe catalysts ZrO_(2)promoter Fischer Tropsch synthesis Catalyst deactivation 
The electrochemical performance deterioration mechanism of LiNi_(0.83)Mn_(0.05)Co_(0.12)O_(2)in aqueous slurry and a mitigation strategy
《Journal of Energy Chemistry》2025年第3期443-453,共11页Qingyu Dong Jizhen Qi Jian Wang Lianghao Jia Xuechun Wang Liyi Zhao Yuwei Qian Haiyang Zhang Hui Shao Yanbin Shen Liwei Chen 
financially supported by the National Key R&D Program of China(2021YFB3800300);the National Natural Science Foundation of China(22179143 and 22309202);the Jiangsu Funding Program for Excellent Postdoctoral Talent;the Gusu Leading Talents Program(ZXL2023190)。
Integrating high-nickel layered oxide cathodes with aqueous slurry electrode preparation routes holds the potential to simultaneously meet the demands for high energy density and low-cost production of lithium-ion bat...
关键词：Li-ion battery High-nickel layered oxide cathode Aqueous slurry Surface Reconstruction Molecular self-assembly 
“Tennis racket”hydrogel electrolytes to synchronously regulate cathode and anode of zinc-iodine batteries
《Journal of Energy Chemistry》2025年第3期454-462,共9页Tian-Yi Yang Ting-Ting Su Hai-Long Wang Kun Li Wen-Feng Ren Run-Cang Sun 
financially supported by the Energy Revolution S&T Program of Yulin Innovation Institute of Clean Energy(E411060316);the NSFC-CONICFT Joint Project(51961125207);the Special Fund(2024)of Basic Scientific Research Project at Undergraduate University in Liaoning Province(LJ212410152056);the Foundation(GZKF202301)of State Key Laboratory of Biobased Material and Green Papermaking,Qilu University of Technology,Shandong Academy of Sciences。
Aqueous zinc-iodine(Zn-I_(2))batteries show great potential as energy storage candidates due to their high-safety and low-cost,but confronts hydrogen evolution reaction(HER)and dendrite growth at anode side and polyio...
关键词：Tennis racket Hydrogele lectrolyte Interface regulation Zinc anode Zinc-iodide batteries 
Photothermally enhanced electrocatalytic water splitting with iron-doped nickel phosphide
《Journal of Energy Chemistry》2025年第3期243-252,共10页Rui Zhao Chunyang Zhang Liting Wei Yan Zhang Daixing Wei Jinzhan Su Liejin Guo 
the support from the Basic Science Center Program for Ordered Energy Conversion of the National Natural Science Foundation of China(No.52488201);the National Key R&D Program of China(2021YFF0500504);the Fundamental Research Funds for the Central Universities。
Although electrocatalytic water splitting holds significant promise for hydrogen production,unfavorable reaction energy barriers and kinetic properties lead to unsatisfactory conversion efficiency.Herein,we provide an...
关键词：Photothermal effect Electrocatalytic overall water splitting Fe-doped Ni_(2)P Integrated energy conversion system Alkaline AEM electrolyzer 
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