Zewei Bao
Xi'an Jiaotong University
Network
Latest external collaboration on country level. Dive into details by clicking on the dots.
Publication
Featured researches published by Zewei Bao.
International Journal of Air-conditioning and Refrigeration | 2011
Xiangyu Meng; Zewei Bao; Fusheng Yang; Zaoxiao Zhang
A solar energy storage system based on metal hydrides was proposed in this paper. The numerical simulation of processes of energy storage and thermal release were carried out. The dynamic behavior of heat and mass transfer in the metal hydride energy system were reported. Some factors which influence the whole system performance were discussed. The paper also made an economic analysis of the system, the results proved that the large amounts of metal hydride materials and the configurations of metal hydrides energy storage system involve a critical situation from an economical point of view. Then further analysis, particularly regarding the performance optimization and new plant arrangement of the metal hydrides energy storage system, has to be developed in order to attain the economical feasibility of the proposal.
Powder Metallurgy | 2014
Zhen Wu; Fusheng Yang; Zewei Bao; Serge Nyallang Nyamsi; Yao-Yu Wang; Zaoxiao Zhang
Abstract In this study, the modified preparation method of combining planetary and vibratory ball milling was proposed to prepare Mg based hydrogen storage alloy powders. The comparison of micromorphology and hydrogen storage behaviour between Mg2Ni prepared using the modified and conventional preparation methods were investigated experimentally. The comparison results showed that the combination of first planetary and then vibratory ball milling has more favourable effect on improving both the kinetics and the thermodynamics of ball milled Mg2Ni alloys. The sample synthesised by first planetary milling for 40 h and then vibratory milling for 30 h has faster hydrogen absorption kinetics and lower dehydriding onset temperature than those prepared by the single method of planetary or vibratory milling and hydriding combustion synthesis owing to its popcorn-like microstructure. Moreover, this kind of modified method reduces the reaction enthalpy and activation energy by up to ∼18 and 22% respectively.
Applied Energy | 2010
Xiangyu Meng; Fusheng Yang; Zewei Bao; Jianqiang Deng; Nyallang Nyamsi Serge; Zaoxiao Zhang
Energy Conversion and Management | 2013
Zewei Bao; Fusheng Yang; Zhen Wu; Serge Nyallang Nyamsi; Zaoxiao Zhang
Applied Energy | 2014
Zhen Wu; Fusheng Yang; Zaoxiao Zhang; Zewei Bao
Applied Thermal Engineering | 2013
Zewei Bao; Zhen Wu; Serge Nyallang Nyamsi; Fusheng Yang; Zaoxiao Zhang
International Journal of Hydrogen Energy | 2014
Jincheng Ma; Yuqi Wang; Shaofei Shi; Fusheng Yang; Zewei Bao; Zaoxiao Zhang
Applied Energy | 2013
Zewei Bao; Fusheng Yang; Zhen Wu; Xinxin Cao; Zaoxiao Zhang
International Journal of Hydrogen Energy | 2012
Fusheng Yang; Zihang Zhang; Zewei Bao
Applied Thermal Engineering | 2011
Fusheng Yang; Zihang Zhang; Geoff Wang; Zewei Bao; J. C. Diniz da Costa; Victor Rudolph