科技论文
时间:2024-07-22 作者:超级管理员
序号 | 论文/专著题目 | 全部作者 | 第一 作者 | 出版刊物全称/会议名称/专著出版社 | 出版日期 |
1 | Instantaneous hydrogen production from ammonia by non-thermal arc plasma combining with catalyst | 林启富,江贻满,刘成周,陈龙威,张文谨,丁军,李建刚 | 林启富 | Energy Reports | 2021.6.28 |
2 | Axial uniformity diagnosis of coaxial surface wave linear plasma by optical emission spectroscopy | 张文瑾,卫新宇, 陈龙威,林启富, 江贻满, 刘成周,单家芳 | 张文瑾 | Plasma Science and Technology | 2022.1.17 |
3 | Controllable NO emission and high flame performance of ammonia combustion assisted by non-equilibrium plasma | 林启富,江贻满,刘成周,陈龙威,张文谨,丁军,李建刚 | 林启富 | Fuel | 2022.3.6 |
4 | Evaluation of graphitization and tensile property in microwave plasma treated carbon fiber | 卫新宇,张文瑾,陈龙威,夏许露,孟月东,刘成周,林启富,江贻满,高圣涛 | 卫新宇 | Diamond & Related Materials | 2022.5.7 |
5 | Acquisition and control system based on LabVIEW and CRIO for plasma ammonia cracker | 夏许露,张威,陈龙威,林启富,江贻满,刘成周 | 夏许露 | 6th International Workshop on Advanced Algorithms and Control Engineering (IWAACE 2022) | 2022.6 |
6 | 氨燃料发电研究进展 | 陈磊,方世东,沈 洁,吴进,丛杰,香开新 | 陈磊 | 工 程 热 物 理 学 报 | 2022.8 |
7 | Sustainable nitrogen fixation to produce ammonia by electroreduction of plasma-generated nitrite | 李文怡,张圣波,丁峻,刘家放,王志伟,张海民,丁军,陈龙威,梁长浩 | 李文怡,张圣波 | ACS Sustainable Chemistry & Engineering | 2023.1.10 |
8 | 尾气余热利用换热器的设计和能耗分析 | 朱晓慧 | 朱晓慧 | 中国设备工程 | 2023.5 |
9 | Effect of powered electrode configuration on plasma structure of surface micro-discharge array | Zhiwei Wang, Chunlei Feng, Liang Gao, Chen Liu and Hongbin Ding | 王志伟 | Physics of Plasmas | 2023.6.6 |
10 | Quantitative characterization of the temporalspatial evolution of RONS in air surface microdischarge using UV–VIS optical absorption spectroscopic diagnosis and modeling approach | Chen Liu, Chunlei Feng, Zhiwei Wang, Ding Wu and Hongbin Ding | 刘晨 | Journal of Physics D: Applied Physics | 2023.6.16 |
11 | Numerical Studies on Hydrogen Production from Ammonia Thermal Cracking with Catalysts | 袁培楷,陈龙威,刘成周,王志伟 | 袁培楷 | energies | 2023.7.6 |
12 | Three-dimensional ordered macroporous molybdenum doped NiCoP honeycomb electrode for two-step water electrolysis | Chengwei Sun , Yuan He , Njud S. Alharbi , Shubin Yang , Changlun Chen | 孙成伟 | Journal of Colloid and Interface Science | 2023.7.15 |
13 | 掺混 NH3/乙烯同向射流扩散火焰碳烟生成热化学效应分析 | 张丰,刘倩倩,孙静资,程 斌,顾明言,林启富 | 张丰 | 煤炭转化 | 2023.7 |
14 | Sustainable ammonia synthesis from air by theintegration of plasma and electro catalysis techniques | Jun Ding, Wenyi Li, Qingqing Chen, Jiafang Liu, Shu Tang,Zhiwei Wang, Longwei Chen and Haimin Zhang | 丁峻,李文怡 | INORGANIC CHEMISTRY | 2023.8.15 |
15 | High buffering capacity cobalt-doped nickel hydroxide electrode as redox mediator for flexible hydrogen evolution by two-step water electrolysis | Yuan He , Chengwei Sun , Njud S. Alharbi , Shubin Yang , Changlun Chen | 何媛 | Journal of Colloid and Interface Science | 2023.11.15 |
16 | 掺氨燃烧对重型发动机性能的影响 | 徐大泽,王先义,朱晓慧,陈龙威,王怡峰,王志伟,林启富 | 徐大泽 | 内燃机与配件 | 2023.11 |
17 | Precise surface reorganization on iron incorporated cobalt oxides/phosphides using plasma technology for alkaline water/seawater electrolytes | Chengwei Sun , Yuan He , Njud S. Alharbi , Muhammad Shaban , Shubin Yang , Changlun Chen | 孙成伟 | Chemical Engineering Journal | 2023.12.15 |
18 | Tuning microstructures of polyacrylonitrile-based carbon fibers by catalytic influence of boron for enhancement of mechanical properties and oxidation resistance | Xinyu Wei , Longwei Chen , Shengtao Gao , Guangnan Luo | 卫新宇 | Diamond & Related Materials | 2023.12.19 |
19 | Transition metal-based electrocatalysts for hydrogen production from seawater: A review | Guodong Wang , Ting Xiang , Xuemei Ren , Lei Zhang Changlun Chen | 王国栋 | International Journal of Hydrogen Energy | 2024.7.4 |
20 | Experimental study on ammonia co-firing with coal for carbon reduction in the boiler of a 300 Mw coal-firedpower station | Qifu Lin , WangRing Sun , Haiyan Li , Yangiigng Liu , Yuwei Chen , ChengzhouLiu, Yiman Jiang , Yu Cheng , Ning Ma , Huaging Ya, Longwei Chen , ShidongFang,Hasbeng Feng , Guangnan Luo, Jiangang Li, Kaixin Xiang ,Jie Cong ,Cheng Cheng | 林启富、孙王平、李海燕 | Engineering |