一、近三年代表性论文
[1] Combustion enhancement and inhibition of hydrogen-doped methane flame by HFC-227ea. International Journal of Hydrogen Energy,2021,46(41), SCI收录2区, 7.139；
[2] Template-Regulated Bimetallic Sulfide Nanozymes with High Specificity and Activity for Visual Colorimetric Detection of Cellular H2O2. ACS Applied Materials & Interfaces, 2021,13(45), SCI收录1区, 10.383；
[3] Title Analysis on Fire Extinguishing Performance of Chemically Bonded Struvite Ceramic Powder with High Heat-absorbing and Flame Retardant, Materials, 2022, 15.22: 8021.
[4] Automatic generation of indoor road network model for route planning under different regional attributes, 2nd International Conference on Smart Transportation and City Engineering, (STCE 2022) (Vol. 12460, pp. 697-702). SPIE.
[5] Weiwang Chen*, Yating Tang, Yueyan Sun, Mengmeng Wan. Muscular Kevlar aerogel fibers appealing to thermal insulation with a symbiotic core-sheath structure. Materials Today Communications. 2023: 106634. SCI收录3区, 3.8.
[6] Weiwang Chen, Yueyan Sun, Jie Yang. Particulate poly (m-phenylene isophthalamide) aerogels by a dropwise wet-curing method. Materials Letters, 2023, 340: 134155. SCI收录3区, 3.0.
[7] Jie Yang, Yiwen Zhang, Yiming Huang, Weiwang Chen*. Effects of liquid cooling garment on physiological and psychological strain of firefighter in hot and warm environments. Journal of Thermal Biology, 2023: 103487. SCI收录3区, 2.7.
[8] Wanlin Shi, Weiwang Chen*, Mengmeng Wan. Prediction of the effective thermal conductivity of macroporous polyimide aerogels with severe fiber conglutination by an improved cubic model. Case Studies in Thermal Engineering, 2023, 41, 102673 SCI收录2区, 6.8.
[9] Zhengliang Zhu, Weiwang Chen*, Yutong Dong, et al. Flame-retardant polymethacrylimide foams modified by grafting with amino-terminated phosphorous polyborosiloxane. Materials Research Express, 2023, 10 (2), 025307 SCI收录4区, 2.3.
[10] Yueyang Jin, Yating Tang, Wenhao Cao, Yangyang Yan, Yueyan Sun, Weiwang Chen*. Muscular Kevlar aerogel tapes attractive to thermal insulation fabrics. Frontiers in Materials, 2023, 9, 1091830 SCI收录3区, 3.2.
[11] Weiwang Chen, Xiaomeng Zhou, Mengmeng Wan, Yating. Tang. Recent progress on polyimide aerogels against shrinkage: a review. Journal of Materials Science, 2022, 57 (28): 13233-13263. SCI收录3区, 4.5.
[12] Weiwang Chen, Sha Liu, Yueyan Sun, et al. Melamine‐crosslinked polyimide aerogels from supercritical ethanol drying with improved in‐use shape stability against shrinking. Macromolecular Materials and Engineering, 2022, 307(2): 2100645. SCI收录3区, 3.9.
[13] Xiutao Li, Feng Zhang, Mengjie Zhang, Zhenyang Zhou, Xiaomeng Zhou *, Chromium-based metal-organic framework coated separator for improving electrochemical performance and safety of lithium-ion battery, Journal of Energy Storage 59 (2023) 106473; SCI收录2区, 9.4.
[14] Xiutao Li, Mengjie Zhang, Zhenyang Zhou, Yuxian Zhu, Kang Du, Xiaomeng Zhou*, A novel dry powder extinguishant with high cooling performance for suppressing lithium ion battery fires, Case Studies in Thermal Engineering 42 (2023) 102756; SCI收录2区, 6.8.
[15] Xiutao Li, Zhenyang Zhou, Mengjie Zhang, Feng Zhang, Xiaomeng Zhou*, A liquid cooling technology based on fluorocarbons for lithium-ion battery thermal safety, Journal of Loss Prevention in the Process Industries 78 (2022) 104818，SCI收录2区, 3.5.
[16] Huilin Bai, Xin Huang, Wei Yuan, Xiaomeng Zhou, Study on the material compatibility of 2-bromo-3,3,3-trifluoro-propene with the polymers used in built-in fire extinguishing system of aircraft, Engineering Failure Analysis, 2022, 142, SCI收录2区, 4.
[17] Xin Huang, Huilin Bai, Xiaomeng Zhou, Study on corrosion mechanism of the low-GWP fluorinated gas HFO-1234yf with magnesium alloy AZ80A, Engineering Failure Analysis, 2023, 150, SCI收录2区, 4.
[18] Huilin Bai, Xin Huang, Xiaomeng Zhou, Corrosion study of the clean fire extinguishing gas 2-BTP on typical magnesium alloy AZ80A in different temperature environments, Vacuum, 2023, 217, SCI收录2区, 4.
[19] Xingyu Wang, Qiuchi Ji, Xiao Zhang*, Decomposition kinetics of perfluoro‐(4‐methyl‐2‐pentene) (C6F12) and its extinguishing performance study, ChemistrySelect, 2023, SCI收录三区, 2.1.
[20] Shiqi Liu, Xingyu Wang, Xiao Zhang*, Xiaomeng Zhou*, Inhibition effect and mechanism of CF3CHCl2 on methane flame in oxygen-enriched environment,Fuel, 2024, 358, 130189. SCI收录一区, 7.4.
[21] Zhenzhen Jin, Xiao Zhang*, The fire-extinguishing performance and mechanism of fluorinated cyclobutane through experimental measurement and numerical calculation,New Journal of Chemistry, 2023, 47, 15787-15796. SCI收录三区, 3.3.
[22] Zhenxiang Chang, Rourou Yu, Shukai Li, Yueying Guo, Zhaoyang Tan, Xiao Zhang*, Jiexiang Liu, A comparative on the thermal decomposition and fire‐extinguishing performance of C5F8 and C5F7Cl,Int. J. Quantum Chem., 2023, 123, e27198. SCI收录三区, 2.2.
[23] Zhao Yang , Shiqi Liu , Xingyu Wang*, Xiao Zhang*，Combustion inhibition of cup-burner flame with C2HF3Cl2 and its kinetics mechanism investigation, Chemical Physics Letters, 2023, 813, 140275. SCI收录三区, 2.8.
[24] Rourou Yu, Wenhao Hu, Xingyu Wang, Xiao Zhang*, Zhaoyang Tan, In depth study on the fire-extinguishing mechanism of Octafluoro-2-butene as a new promising Halon substitute, Int J Quantum Chem. 2022, 122, e26913. SCI收录三区, 2.2.
[25] Shukai Li, Xiao Zhang, Xueqing Li, Rourou Yu, ZhenXiang Chang, Zhao Yang, Zhaoyang Tan, Xingyu Wang*, Theoretical and experimental studies on the thermal decomposition and fire-extinguishing performance of 1,1,2,3,3,3-hexafluoro-1-propene (R1216), Int. J. Quantum Chem., 2023, 123(22), e27217. SCI收录三区, 2.2.
[26] Qi Yang, Xiaoxiong Huang, Jiaqi Zhang, Zhichang Xiao, Xiaoguang Duan, Shanke Zhou, Yue Niu, Hongqi Sun, Linjie Zhi, Shaobin Wang, Unzipping MWCNTs for controlled edge- and heteroatom-defects in revealing their roles in gas-phase oxidative dehydrogenation of ethanol to acetaldehyde, Chemical Engineering Journal, 2022, 446, 137150. SCI收录1区, 16.744.
[27] Qi Yang, Yixiao Jia, Xiaomeng Zhou, Haijun Zhang, Mechanically Reinforced Flame-Retardant Epoxy Resins by Layered Double Hydroxide In Situ Decorated Carbon Nanotubes, ACS Applied Polymer Materials, 2022, 4 (9), 6731-6741. SCI收录3区，4.855.
[28] Qi Yang, Jiaqi Zhang, Yu Gao, Xiaomeng Zhou, Haijun Zhang, Toward better Halon substitutes: Effects of H content on pyrolytic and fire-suppressing mechanisms of ozone-friendly fluorinated alkanes, Journal of Molecular Structure, 2023, 1285, 135506. SCI收录2区，3.8.
[29] Yan Hao, Liu Jian, Peng Zhimin, Jiang Chuanhui, Chen, Wensheng, Zhou Xiaomeng, Experimental and theoretical studies on the kinetics of thermal decomposition and decomposition mechanism of CF3I in oxidizing environments. Journal of Fluorine Chemistry, 2023. 270: p. 110169, SCI收录4区, 1.900.
[30] Jingfang Zhang, Zilong Liang, Jingxuan Liu, Haijun Zhang,* Mingchao Wang,* Preparation and performance analysis of palygorskite reinforced silicone-acrylic emulsion-based intumescent coating. Progress in Organic Coatings, 2022, 166, 106801. SCI收录1区, 6.600.
[31] Meiling Lian, Shuaibin Shao, Meihan Liu, Yuqing Shi, Haijun Zhang,* Da Chen, Cell membrane-coated nanoparticles as peroxidase mimetics for cancer cell targeted detection and therapy. Talanta, 2022, 238, 123071. SCI收录1区，6.100.
[32] Meiling Lian, Ye Zhao, Jingbo Zhao, Wei Zhang, Haijun Zhang,* Da Chen,* Oxidase-like V2C MXene nanozyme with inherent antibacterial properties for colorimetric sensing. Talanta, 2023, 265, 124872. SCI收录1区，6.100.
[33] Wen Wang, Xueqin Zuo, Qi Yang, Haijun Zhang,* Guang Li,* Constructing Fe/Fe3C nanocrystals with Fe-Nx sites in Fe–N–C electrocatalyst to achieve high performance for solar cells. Applied Catalysis B: Environmental, 2022, 300, 120726. SCI收录1区，22.100.
[34] Zilong Liang, Jingxuan Liu, Yange Wan, Mingchao Wang,* Haijun Zhang,* Preparation and fire extinguishing mechanism of novel fire extinguishing powder based on recyclable struvite. Materials Today Communications. 2023, 34, 105410. SCI收录3区, 3.800
[35] Haijun Zhang, Kun Li, Zilong Liang, Mingchao Wang,* Replacement of interlayer anion via memory effect of layered double hydroxide: A promising strategy for fabricating nanostructures with better flame-retardant performance. Journal of Physics and Chemistry of Solids, 2022,170, 110932. SCI收录3区, 4.00.
[36]Xiaoyang Zhou, Qiuyun Zhu, Lei Xu, Kai Wang, Xiang Yin, Sachin Kumar Mangla.The effect of carbon tariffs and the associated coping strategies: a global supply chain perspective. Omega, 2023, 102960. SCI收录1区, 6.9.
[37] Zhenjie Liu, Lei Xu, Qiang Lu, Sobhan (Sean) Arisian. Contagion effect of environmental corporate social responsibility adoption: A supply chain perspective. Annals of Operations Research, 2023.08. SCI收录1区, 4.8.
[38]Lei Xu, Dahui Li, ChunHung Chiu, Qing Zhang, Runpeng Gao.Implications of warm-glow effect and risk aversion in reward-based crowdfunding. Transportation Research Part E: Logistics and Transportation Review, 2022, 160,102681.SCI收录1区, 10.6.
[39]Shaojian Qu, Lei Xu, Jianli Zhu, Felix Chan, Sachin Kumar, Sobhan (Sean) Arisian. Matchmaking in Reward-Based Crowdfunding Platforms: A Hybrid Machine Learning Approach. International Journal of Production Research, 2022，7551-7571. SCI收录1区, 7.9.
[40] Gorkem Sariyer, Yigit Kazancoglu, Sachin Kumar Mangla, Lei Xu, Ceren Ocal Tasar.Predicting Cost of Defects for Segmented Products and Customers Using Ensemble Learning. Computers & Industrial Engineering, 2022.SCI收录1区, 9.2.
[41] Lei Xu, Zhenzhen Lu, Zhiping Kang, Yingwen Duan, Junwie Zhang. Carbon Emission Intensity and Its Abatement Choices: A Case of China Eastern. Sustainability, 2023, 15, 16383. SCI收录2区, 3.9.
[42] Qiuyun Zhu, Xiaoyang Zhou, Aijun Liu, Chong Gao, Lei Xu, Fan Zhao, Ding Zhang, Benjamin Lev. Equilibrium Optimization with Multi-Energy-Efficiency-Grade Products: Government and Market Perspective. Energies, 2022, 15(9): 1-25. SCI收录3区, 3.2.
[43] Lei Xu, Xiaoning Guo, Yan Liu, Xiaochen Sun, Jie Ji. How does corporate charitable giving affect enterprise innovation? A literature review and research directions. Sustainability, 2022.入选Scholarly Community Encyclopedia: Theoretical Development of Corporate Charitable Giving.
[44]周勇，郑荣，李聪，陈维旺等.飞机货舱锂离子电池火灾烟雾光散射特性，安全与环境学报，2023, 23(7):2280-2287.
[45]黄鑫，白荟琳，周晓猛.民用飞机火灾应急处置现状及发展趋势，安全，2022, 43(10):29-35.
[46]程橹，王星语，黄鑫等，六氟丙烯的灭火性能研究，消防科学与技术，2022,41(04):520-525.
[47]钟恺锋，黄鑫，浮震强等，喷头构型对超细干粉灭火有效性影响的试验研究，消防科学与技术，2023,42(01):84-88.
[48]刘士奇，张肖，化学气体灭火剂作用下甲烷射流火焰行为，科学技术与工程, 2023, 23, 10168-10175.
[49]程橹，王星语，黄鑫，六氟丙烯的灭火性能研究，消防科学与技术, 2022, 41(04), 520-525.
[50]周晓猛，任立恒，彭智敏等，酸处理对KF/AC催化合成洁净高效灭火剂CF3I的影响，中国民航大学学报，2024,42(01):24-29.
二、近三年新获批专利
[1]PREPARATION METHOD FOR COMPOSITE FIRE EXTINGUISHING AGENT WITH COOLING FUNCTION,授权，Application Number: 17992960, Xiutao Li, Xiaomeng Zhou，2023.8.29，美国发明专利。
[2]一种乳液灭火剂的乳化稳定性测试系统,授权，CN202321530544.X，陈维旺,万盟盟,朱正亮，2023.12.12。
[3]一种可视贮压式乳液灭火器，授权，CN202320765170.3，陈维旺,程致远,万盟盟，2023.9.24。
[4]一种可视备压式乳液灭火器,授权，CN202320763912.9，陈维旺,万盟盟,程致远，2023.10.24。
[5]一种新型的锂电池涂敷塑封装置，授权，CN 220514578U，郭一博，王祥健，张海军，周晓猛，2024.2.23。
[6]一种基于三维融合路网的室内外一体化应急处置路径规划方法,授权，CN202210236898.7，陈维旺,朱正亮，2023.10.24。
[7]喷雾干燥法制备稀土元素复合的高效超细粉体灭火剂方法，授权，CN202011511208.1，周晓猛，李秀涛，2022.03.18。
[8]一种铬单原子氟化催化剂的制备方法及其应用，授权，CN202010548177.0，周晓猛，李秀涛，乔俊宇，2022.12.06。
[9]一种铝单原子催化剂的制备方法及其应用，授权，CN202010548181.7，周晓猛，李秀涛，乔俊宇，2023.01.24。
[10]一种具有降温功能的复合灭火剂制备方法，授权，CN202111393988.9，李秀涛，周晓猛，2022.08.12。
[11]一种具有高放电电压平台的氟化碳正极材料的制备方法，授权，CN201910398470.0，李秀涛，周晓猛，张海军，2022.09.30。
[12]一种具有抗膨胀功能的氟化碳正极材料的制备方法，授权，CN201910415216.7，李秀涛，周晓猛，张海军，2022.04.15。
[13]一种气相反应容器动态恒压装置，授权，CN219722811 U。张肖，杨兆，王星语，刘士奇，2023.9.22。
[14]一种含氟气体灭火剂组合物，受理，202311680947.7。张肖，王星语，刘正宏，刘士奇，2023.12.8。
[15]一种高沸点灭火剂灭火浓度测试装置，受理，CN116678781 A。王星语,张肖,杨兆,刘士奇，2023.09.01。
[16]一种掺入有粉体灭火介质的灭火气泡膜及其制作方法，授权，CN111716854B，张海军，胡嘉华，廖云龙，2022.04.26。
[17]一种填充有灭火气体的灭火气泡膜及其制作方法，授权，CN111650642B，张海军，胡嘉华，廖云龙，2022.04.15。
[18]一种改性鸟粪石超细干粉的制备方法，授权，CN115477857B，张海军，梁子龙，王明超，周志吉，2023.08.08。
[19]一种基于水菱镁矿的灭火粉体及其制备方法和应用，受理，202310670143.2，张海军，周志吉，周晓猛，王明超，2023.06.07
[20]一种装有乳液灭火剂的便携式灭火器，受理，CN2023223972110，陈维旺,朱正亮,万盟盟，2023.9.5。
[21]一种抬拔混匀的乳液灭火器,受理，CN202322351456X，陈维旺,胡聪,程致远，2023.8.31。
[22]一种洁净化学气体乳液灭火剂及其制备方法,受理，CN202310757501.3，陈维旺,唐亚婷,万盟盟，2023.6.26。
[23]一种纤维增强型聚酰亚胺气凝胶复合材料及其制备方法与应用，受理，CN2023110891073，陈维旺,万盟盟，唐亚婷，2023.8.28。
[24]一种乳液灭火剂灭火有效性评测系统,受理，CN202322006983.7，陈维旺,程致远,胡聪，2023.7.28。
[25]一种电池热安全防控装置及方法，受理，CN202111392748.7，李秀涛，周晓猛，2022.02.25。
[26]一种降温型干粉灭火剂及其制备方法和应用，受理，CN202310605248.X，李秀涛，周晓猛，2023.05.26。
[27]具有降温和阻燃隔热功能的粉体灭火剂及其制备方法与应用，受理，CN202310831791.1，李秀涛，周振阳，朱芋先，杜康，周晓猛，2023.07.07。
[28]一种低沸点缓释降温灭火剂及其制备方法和应用，受理，CN202311454345X，李秀涛，周晓猛，2023.11.3。
[29]一种基于低沸点气体灭火剂的超冷降温灭火剂及其制备方法与应用，受理，CN 2023114553146，李秀涛,周晓猛，2023.11.03。
[30]一种微低重力环境模拟装置，受理，CN202310639094.6。黄鑫，李龙基，周晓猛，2023.6.1。
[31]弹性件在灭火剂内相容性、寿命预测的测试装置及方法，受理，CN202310029438.1。黄鑫，白荟琳，周晓猛，2023.1.9。
[32]测量灭火剂及其热解产物对金属腐蚀的实验装置及方法，受理，CN202310029485.6。黄鑫，白荟琳，周晓猛，2023.1.9。
[33]一种共转化碘化合成三氟碘甲烷的方法，受理，CN 116328798 A，闫浩，刘建，2022.12.29。
[34]一种共转化碘化合成五氟碘乙烷的方法，受理，CN 115990500 A，闫浩，冯晨航，李秀涛，彭智敏，王刚，陈文胜，2022.12.29。
[35]一种脱羧脱羰基碘化合成三氟碘甲烷的方法，受理CN116199561 A，闫浩，李佩原，李秀涛，彭智敏，王刚，陈文胜，2022.12.29。
[36]一种基于空调单元耦合的锂离子电池控温灭火系统及方法，受理，CN117065258 A，闫浩，周晓猛，2023.08.16。
三、近五年国家级及部分省部级项目
[1]新型高效洁净气体灭火剂及灭火系统，国家重点研发计划，1597.8万，2024.1-2026.12
[2]萍乡市大气环保产业园创新创业政策研究及应用，国家重点研发计划，2300万，2016.01-2020.12
[3]国产宽体客机货舱火灾特性及洁净灭火技术研究，国家自然科学基金重点项目，214万，2022.12-2026.12
[4]洁净化学气体灭火剂稳定性、腐蚀性及与密封材料兼容性研究，国家自然科学基金面上项目，60万，2018.1-2021.12
[5]洁净化学灭火气体人体毒性、安全余量及系统安全性研究，国家自然科学基金面上项目，55万，2023.9-2027.12
[6]跨境电商入侵下品牌供应链在位企业应对策略研究，国家自然科学基金面上项目，48万，2022.1-2025.12
[7]民航飞机货舱抗误报火灾探测机理与关键技术，国家自然科学基金联合项目，50.5万元，2022.01-2025.12
[8]变重力环境下火焰行为与烟气运动特征的演化机理研究，国家自然科学基金联合项目，36万元，2020.01-2023.12；
[9]碳基氧还原催化剂本征缺陷与氮杂原子可控构筑及协同机制研究，国家自然科学基金青年项目，30万，2024.1-2026.12
[10]关于中国民航系统哈龙使用现状调查和咨询，联合国多边基金项目，248万，2018-2019
[11]技术进步视角下航空公司的碳交易和减排技术选择研究，科技部高端外国专家引进计划项目（战略科技发展类）
[12]我国民航业的循环经济发展模式与实施路径研究，科技部高端外国专家引进计划项目（战略科技发展类）
[13]技术进步视角下航空公司的碳交易和减排技术选择研究，国际交流合作提升计划外专引智项目
[14]机载“哈龙”替代灭火剂构效关系研究与理性设计，天津市科学技术局重点项目
[15]国产民机火灾特性及先进化学气体灭火技术研究，天津市多元基金重点项目
[16]跨境电商供应链运营优化与治理研究，教育部“春晖计划”合作科研项目
四、近三年主要获奖
[1] 2022年中国发明协会创业奖成果奖一等奖，环境友好化学气体灭火剂及其装置的研发和应用，周晓猛，李秀涛，张海军，韩亚军，李飞
[2] 2022中国产学研合作创新与促进奖产学研合作创新奖，周晓猛
[3]2023中国民航大学五四奖章（青年科研工作者），陈维旺
五、洁净高效灭火系列丛书
[1]周晓猛，张肖，张永丰，倪晓敏，廖光煊，气体灭火技术原理及应用，科学出版社，2022.9.30，ISBN: 978-7-03-073210-1.
[2]周晓猛，廖光煊，陈维旺，粉体灭火技术原理及应用，科学出版社，2020.11.01，ISBN: 9787030666253.
[3]周晓猛，廖光煊，黄鑫，压缩空气泡沫灭火技术原理及应用，科学出版社
