Search Results - "Hou, Zhonglan"

Application of nanofluids in heat pipes by Gao, Yuguo, Hu, Qianchao, Ren, Yitao, Wang, Xinyu, Guo, Shuman, Hou, Zhonglan, Guo, Pengyan

“…Nanofluids can effectively enhance the heat transfer performance of different types of heat pipes according to the existing research. This paper provides a…”
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Exergoeconomic evaluation of waste heat power generation project employing organic Rankine cycle by Hou, Zhonglan, Wei, Xinli, Ma, Xinling, Meng, Xiangrui

“…ORC (organic Rankine cycle) technology can effectively improve the efficiency of energy utilization by converting the low grade energy into electricity. Based…”
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Effect of hydrogen/ammonia mixing ratio on combustion and emission performance of hydrogen engine with different injection timing by Guo, Shuman, Lou, Zhichao, Huang, Fujun, Wang, Lijun, Liu, Haichao, Hou, Zhonglan, Yang, Zhenzhong, Zhang, Xu

“…Hydrogen/ammonia has a good prospect as an alternative fuel to traditional fossil fuels, and is one of the best ways to realize the goal of energy saving and…”
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Design and experimental study of a small-sized organic Rankine cycle system under various cooling conditions by Shao, Long, Ma, Xinling, Wei, Xinli, Hou, Zhonglan, Meng, Xiangrui

“…This paper experimentally studies the performance and feature of a kW-scale organic Rankine cycle system which was operated under various cooling conditions…”
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Energy and exergy analyses of a bi-evaporator compression/ejection refrigeration cycle by Geng, Lihong, Liu, Huadong, Wei, Xinli, Hou, Zhonglan, Wang, Zhenzhen

“…•A bi-evaporator compression/ejection refrigeration cycle was studied experimentally.•Experiments were operated at the same external conditions and cooling…”
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Energy-efficient effect evaluation of air-source heat pump engineering in a hotel by Hou, Zhonglan, Wei, Xinli, Guo, Shuman, Zhang, Aiping, Qin, Xiang, Zhang, Bingxue

“…Adopting the comprehensive correction coefficient and the three-phase statistical approach of electricity charge, energy saving and its benefit were…”
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Exergy analysis of a 1.2 MW waste heat power generation project by Hou, Zhonglan, Shao, Long, Wei, Xinli, Ma, Xinling, Wu, Tan

“…According to systematic features, analysis method based on exergy balance is established. Basic indicators in the system, the subsystem, and facilities are put…”
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Exergy analysis of a 1.2MW waste heat power generation project by Hou, Zhonglan, Long, Shao, Wei, Xinli, Ma, Xinling, Wu, Tan

“…According to systematic features, analysis method based on exergy balance is established. Basic indicators in the system, the subsystem, and facilities are put…”
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