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Shifang Huang
Shifang Huang
Bestätigte E-Mail-Adresse bei seu.edu.cn
Titel
Zitiert von
Zitiert von
Jahr
Performance comparison of a heating tower heat pump and an air-source heat pump: A comprehensive modeling and simulation study
S Huang, W Zuo, H Lu, C Liang, X Zhang
Energy conversion and management 180, 1039-1054, 2019
812019
Limiting concentration during batch electrodialysis process for concentrating high salinity solutions: A theoretical and experimental study
B Sun, M Zhang, S Huang, J Wang, X Zhang
Desalination 498, 114793, 2021
532021
Advances, challenges and outlooks in frost-free air-source heat pumps: A comprehensive review from materials, components to systems
S Huang, H Yu, M Zhang, H Qu, L Wang, C Zhang, Y Yuan, X Zhang
Applied Thermal Engineering, 121163, 2023
502023
Experimental investigation on heat and mass transfer in heating tower solution regeneration using packing tower
S Huang, Z Lv, X Zhang, C Liang
Energy and Buildings 164, 77-86, 2018
442018
Experimental study of heat and mass transfer characteristics in a cross-flow heating tower
S Huang, Z Lv, C Liang, X Zhang
International journal of refrigeration 77, 116-127, 2017
402017
Study on mass transfer performance and membrane resistance in concentration of high salinity solutions by electrodialysis
B Sun, M Zhang, S Huang, Z Cao, L Lu, X Zhang
Separation and Purification Technology 281, 119907, 2022
342022
Performance evaluation on regeneration of high-salt solutions used in air conditioning systems by electrodialysis
B Sun, M Zhang, S Huang, W Su, J Zhou, X Zhang
Journal of Membrane Science 582, 224-235, 2019
342019
The effect of air purification on liquid air energy storage–An analysis from molecular to systematic modelling
C Wang, X Zhang, Z You, M Zhang, S Huang, X She
Applied Energy 300, 117349, 2021
292021
Short-term cooling and heating loads forecasting of building district energy system based on data-driven models
H Yu, F Zhong, Y Du, Y Wang, X Zhang, S Huang
Energy and Buildings 298, 113513, 2023
252023
Performance evaluation of heating tower heat pump systems over the world
S Huang, Y Ye, X Han, W Zuo, X Zhang, L Jiang
Energy Conversion and Management 186, 500-515, 2019
252019
Experimental and simulation study on heat and mass transfer characteristics in direct-contact total heat exchanger for flue gas heat recovery
H Wei, S Huang, X Zhang
Applied Thermal Engineering 200, 117657, 2022
222022
Application of dehumidification as anti-corrosion technology on suspension bridges: A review
M Zhang, S Huang, P Li, KW Shah, X Zhang
Applied Thermal Engineering 199, 117549, 2021
202021
Regional suitability of heating tower heat pumps based on technical and economic performance maps
L Xie, S Huang, Y Ye, X Zhang
Energy and Buildings 245, 111048, 2021
162021
Design method for heating towers used in vapor-compression heat pump systems
S Huang, L Xie, L Lu, X Zhang
Building and Environment 189, 107532, 2021
152021
Model-based optimal operation of heating tower heat pump systems
S Huang, X Lu, W Zuo, X Zhang, C Liang
Building and Environment 160, 106199, 2019
152019
Size distribution measurement of packed tower drift based on hydrophobic materials
S Huang, J Xu, C Liang, X Zhang
Applied Thermal Engineering 99, 873-879, 2016
132016
Electrodialysis based direct air dehumidification: A molecular dynamics study on moisture diffusion and separation through graphene oxide membrane
M Zhang, B Sun, A Luo, S Huang, X Zhang
Separation and Purification Technology 259, 118105, 2021
112021
Enhancing the waste heat utilization of industrial park: A heat pump-centric network integration approach for multiple heat sources and users
W Wu, Y Du, H Qian, H Fan, Z Jiang, X Zhang, S Huang
Energy Conversion and Management 306, 118306, 2024
102024
Experimental study of the solar-driven interfacial evaporation based on a novel magnetic nano solar absorber
Y Yang, G Xu, S Huang, Y Yin
Applied Thermal Engineering 217, 119170, 2022
92022
Performance analysis of a novel multi-heat sinks heat pump based on two-stage ejector-compression cycle
S Huang, L Zhou, J Liu, Z Lin, Q Zhou, X Zhang
Thermal Science and Engineering Progress 37, 101544, 2023
82023
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