武汉大学主页平台管理系统 Haifeng Jiang--Home--Paper Publications

Haifeng Jiang

Personal Information

Supervisor of Master's Candidates
Name (Pinyin):Jiang Haifeng
E-Mail:
Date of Employment:2017-10-31
Education Level:With Certificate of Graduation for Doctorate Study
Business Address:Room B9401, School of Power and Mechanical Engineering, Wuhan University
Gender:Male
Contact Information:+86-135-5428-9530
Status:Employed
Alma Mater:Tsinghua University
Teacher College:School of Power and Mechanical Engineering

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Current position: Home > Scientific Research > Paper Publications

[1]. B. Tang , S. Gao , C. Gui , Q. Luo , T. Wang , K. Huang , L. Huang and H. Jiang. Osmotic pressure regulated sodium alginate-graphene oxide hydrogel as a draw agent in forward osmosis desalination. Desalination. 586. 117863. 2024.
[2]. Z. Zhou , Y. Zhang , W. Liu , C. Gui , L. Huang , H. Huang , K. Fan , Y. Huang , Y. Gong , A. Chen , P. Liu and H. Jiang. Photovoltaic cooling and atmospheric water harvesting using a hygroscopic hydrogel. Desalination. 583. 117685. 2024.
[3]. Q. Luo , L. Huang , P. Yun , T. Qiu , B. Tang , K. Huang , X. Hu and H. Jiang. Thermal-driven osmosis utilizing hollow fiber membranes: Sustainable dye water treatment and electricity extraction. Desalination. 579. 117485. 2024.
[4]. Q. Luo , J. Pei , P. Yun , X. Hu , B. Cao , K. Shan , B. Tang , K. Huang , A. Chen , L. Huang , Z. Huang and H. Jiang. Simultaneous water production and electricity generation driven by synergistic temperature-salinity gradient in thermo-osmosis process. Applied Energy. 351. 121810. 2023.
[5]. K. Shan , Z. Hong , M. Mao , X. Hu and H. Jiang. Experimental study on electrode cycle stability of electro-assisted ion adsorption lithium recovery. Industrial Minerals & Processing. 53 (1). 1-7. 2024.
[6]. M. Mao , C. Feng , J. Pei , H. Liu and H. Jiang. A triple-layer membrane with hybrid evaporation and radiation for building cooling. Energies. 16 (6). 2750. 2023.
[7]. Q. Luo , J. Li , P. Yun , L. Qian , J. Zhang , C. He , X. Hu and H. Jiang. Thin-film composite membrane for desalination containing a sulfonated UiO-66 material. Journal of Materials Science. 58 (7). 3134-3146. 2023.
[8]. K. Shan , Q. Luo , P. Yun , L. Huang , K. Huang , B. Cao , B. Tang and H. Jiang. All-day working photovoltaic cooling system for simultaneous generation of water and electricity by latent heat recycling. Chemical Engineering Journal. 457. 141283. 2023.
[9]. X. Shao , Z. He , Y. Ma , Y. Liao , C. Feng , B. Yang , H. Liu , H. Jiang and K. Liu. Effects of cyclic heat-treatment in air on optical performances of AlCrSiO-based solar selective absorber. Materials Chemistry and Physics. 296. 127271. 2023.
[10]. Q. Luo , A. He , S. Xu , M. Miao , T. Liu , B. Cao , K. Shan , B. Tang , X. Hu , L. Huang and H. Jiang. Utilization of low-grade heat for desalination and electricity generation through thermal osmosis energy conversion process. Chemical Engineering Journal. 452. 139560. 2023.
[11]. T. Wang , L. Huang , J. Pei , X. Hu and H. Jiang. Efficient water desalination using Bernoulli effect. Desalination and Water Treatment. 272. 37-49. 2022.
[12]. A. He , Y. Chen , J. Guo , X. Hu and H. Jiang. Detection of hydrogen sulfide in coal mine based on laser absorption spectrometry. Mining Safety & Environmental Protection. 49 (3). 113-117. 2022.
[13]. T. Wang , B. Chen , X. Shao , H. Zheng , X. Hu and H. Jiang. Simulations of tapered channel in multilayer graphene as reverse osmosis membrane for desalination. Journal of Wuhan University of Technology - Materials Science Edition. 37 (3). 314-323. 2022.
[14]. Z. Hong , Q. Zhu , Y. Liu , S. Wang , J. Wu , H. Jiang , X. Hu and K. Liu. Dependence of concentration polarization on discharge profile in electrochemical lithium extraction. Desalination. 527. 115567. 2022.
[15]. J. Xiao , Q. Wu , L. Chen , W. Ke , C. Wu , X. Yang , L. Yu and H. Jiang. Assessment of different CFD modeling and solving approaches for a supersonic steam ejector simulation. Atmosphere. 13 (1). 144. 2022.
[16]. L. Huang , A. He , M. Miao , J. Pei , T. Liu , X. Lei , K. Shan , S. Lei , Y. Wang , P. He , Q. Feng , Z. Huang , X. Hu and H. Jiang. Simultaneous water and electricity harvesting from low-grade heat by coupling a membrane distiller and an electrokinetic power generator. Journal of Materials Chemistry A. 9. 27709-27717. 2021.
[17]. T. Wang , H. Jiang , X. Shao , J. Pei , H. Zheng and X. Hu. Carbon nanotube arrays as monolayer nanoscale membrane for enhanced desalination. Desalination and Water Treatment. 234. 333-347. 2021.
[18]. G. Zhang , T. Wu , H. Zhou , H. Jin , K. Liu , Y. Luo , H. Jiang , K. Huang , L. Huang and J. Zhou. Rich alkali ions preintercalated vanadium oxides for durable and fast zinc-ion storage. ACS Energy Letters. 6 (6). 2111-2120. 2021.
[19]. L. Huang , Y. Wang , R. He , X. Kong , S. Lei , Y. Liu , B. Wang , H. Jiang , H. Liu , K. Liu and X. Hu. Solar-driven co-generation of electricity and water by evaporation cooling. Desalination. 488. 114533. 2020.
[20]. L. Huang , H. Jiang , Y. Wang , Z. Ouyang , W. Wang , B. Yang , H. Liu and X. Hu. Enhanced water yield of solar desalination by thermal concentrated multistage distiller. Desalination. 477. 114260. 2020.
[21]. J. Luo , H. Jiang , J. Huang , H. Wang and X. Hu. Analysis of non-Fourier heat conduction problem with suddenly applied surface heat flux. Journal of Thermophysics and Heat Transfer. 34 (2). 287-295. 2020.
[22]. L. Huang , Z. Ouyang , H. Liu , Y. Wang , H. Jiang and X. Hu. Research progress on new solar seawater desalination technology. Technology of Water Treatment. 46 (4). 1-5. 2020.
[23]. Z. Hong , J. Pei , Y. Wang , B. Cao , M. Mao , H. Liu , H. Jiang , Q. An , X. Liu and X. Hu. Characteristics of the direct absorption solar collectors based on reduced graphene oxide nanofluids in solar steam evaporation. Energy Conversion and Management. 199 (C). 112019. 2019.
[24]. B. Chen , H. Jiang , H. Liu , K. Liu , X. Liu and X. Hu. Thermal-driven flow inside graphene channels for water desalination. 2D Materials. 6 (3). 035018. 2019.
[25]. H. Jiang , L. Shi , X. Hu and Q. An. Effective thermal conductivity of carbon nanotube-based nanofluids at high temperatures. Heat Transfer Research. 50 (10). 967-975. 2019.
[26]. J. Pei , L. Huang , H. Jiang , H. Liu , X. Liu and X. Hu. Inhibitory effect of hydrogen ion on the copper ions separation from acid solution across graphene oxide membranes. Separation and Purification Technology. 210 (C). 651-658. 2019.
[27]. C. Li , P. Meng , H. Jiang and X. Hu. Power generation from microjet array of liquid water. Journal of Physics D: Applied Physics. 51 (28). 285501. 2018.
[28]. L. Huang , J. Pei , H. Jiang and X. Hu. Water desalination under one sun using graphene-based material modified PTFE membrane. Desalination. 442 (C). 1-7. 2018.
[29]. B. Chen , H. Jiang , X. Liu and X. Hu. Water transport confined in graphene oxide channels through rarefied effect. Physical Chemistry Chemical Physics. 20 (15). 9780-9786. 2018.
[30]. L. Huang , J. Pei , H. Jiang , C. Li and X. Hu. Electricity generation across graphene oxide membranes. Materials Research Bulletin. 97 (C). 96-100. 2018.
[31]. H. Liu , X. Zhang , Z. Hong , Z. Pu , Q. Yao , J. Shi , G. Yang , B. Mi , B. Yang , X. Liu , H. Jiang and X. Hu. A bioinspired capillary-driven pump for solar vapor generation. Nano Energy. 42 (C). 115-121. 2017.
[32]. B. Chen , H. Jiang , X. Liu and X. Hu. Molecular insight into water desalination across multilayer graphene oxide membranes. ACS Applied Materials & Interfaces. 9 (27). 22826-22836. 2017.
[33]. X. Zhang , W. Kan , H. Q. Jiang , Y. Chen , T. Cheng , H. Jiang and X. Hu. Capillary-driven low grade heat desalination. Desalination. 410 (C). 10-18. 2017.
[34]. B. Chen , H. Jiang , X. Liu and X. Hu. Observation and analysis of water transport through graphene oxide interlamination. The Journal of Physical Chemistry C. 121 (2). 1321-1328. 2017.
[35]. J. Pei , X. Zhang , L. Huang , H. Jiang and X. Hu. Fabrication of reduced graphene oxide membranes for highly efficient water desalination. RSC Advances. 6 (104). 101948-101952. 2016.
[36]. H. Jiang Mathematical model and medium-high temperature experimental research of nanofluid effective thermal conductivity. Doctoral Dissertation of Tsinghua University. 2015.
[37]. H. Jiang , Q. Zhang and L. Shi. Effective thermal conductivity of carbon nanotube-based nanofluids. Journal of the Taiwan Institute of Chemical Engineers. 55 (C). 76-81. 2015.
[38]. Y. Zhou , H. Jiang , H. Li , Z. Liu , H. Wang , R. Tian and L. Shi. Experimental study of the thermal conductivity of sand with different moisture content. Chinese Journal of Engineering Thermophysics. 36 (2). 265-268. 2015.
[39]. H. Jiang , Q. Xu , C. Huang and L. Shi. Effect of temperature on the effective thermal conductivity of n-tetradecane based nanofluids containing copper nanoparticles. Particuology. 22 (C). 95-99. 2015.
[40]. H. Jiang , Q. Xu , C. Huang and L. Shi. The role of interfacial nanolayer in the enhanced thermal conductivity of carbon nanotube-based nanofluids. Applied Physics A - Materials Science & Processing. 118 (1). 197-205. 2015.
[41]. C. Zan , H. Jiang , Q. Zhang , H. Li , Q. Xu and L. Shi. Electrical conductivity of oil-based nanofluids. China Powder Science and Technology. 20 (4). 28-32. 2014.
[42]. H. Jiang , H. Li , Q. Xu and L. Shi. Effective thermal conductivity of nanofluids considering interfacial nano-shells. Materials Chemistry and Physics. 148 (1-2). 195-200. 2014.
[43]. H. Jiang , H. Li , C. Zan , F. Wang , Q. Yang and L. Shi. Temperature dependence of the stability and thermal conductivity of an oil-based nanofluid. Thermochimica Acta. 579 (C). 27-30. 2014.
[44]. Q. Xu , C. Zan , H. Jiang and L. Shi. Dispersion stability analysis of α-Fe2O3-water-based nanofluid. Chinese Journal of Engineering Thermophysics. 34 (11). 2006-2010. 2013.
[45]. H. Jiang , Q. An and L. Shi. Research on materials compatibility of HFC32/PVE. Chinese Journal of Engineering Thermophysics. 33 (7). 1101-1104. 2012.

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