Zhentao Zhang

Soochow University

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Junling Yang

Chinese Academy of Sciences

Xiaoqiong Li

Technical Institute of Physics and Chemistry

Yunkai Yue

Technical Institute of Physics and Chemistry

Huafu Zhang

Technical Institute of Physics and Chemistry

Peng Xu

Xi'an Honghui Hospital

Tiejian Yuan

Chinese Academy of Sciences

Jiahao Hao

Nanjing University

Xueyuan Peng

Xi'an Jiaotong University

Pingyang Zheng

Technical Institute of Physics and Chemistry

Xiaohan Jia

Xi'an Jiaotong University

Cooperative Institutions

Chinese Academy of Sciences

Technical Institute of Physics and Chemistry

University of Chinese Academy of Sciences

Shanghai Jiao Tong University

Tsinghua University

China Light Industry Press (China)

Soochow University

Shandong University

Xi'an Jiaotong University

Hebei University of Science and Technology

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Study on the performance of ZMO/PbS quantum dot heterojunction solar cells

Solar Energy (2020)

Meibo Xing Yuyao Wei Ruixiang Wang Zhentao Zhang

Lead sulfide

Active layer

10.1016/j.solener.2020.11.023

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Citations (14)

Study on performance of a multi-heat source heat pump coupled energy storage system for plant factory heating system

Energy Conversion and Management (2024)

Youdong Wang Xiaoqiong Li Yanhua Guo Peng Xu Jitian Song

Factory (object-oriented programming)

Plant factory

Renewable heat

10.1016/j.enconman.2024.118917

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Citations (1)

Changes in the morphometric, textural, and aromatic characteristics of shiitake mushrooms during combined humid-convective drying

Drying Technology (2020)

Shankar Subramaniam Xin-Yao Wen Zhentao Zhang Pu Jing

The effects of combined humid-convective drying (CHCD) on quality attributes of shiitake mushrooms regarding surface color, microstructure, texture, volatile compounds, and polysaccharides were investigated. Initially, mushrooms were subjected to various hot air drying (HAD) procedures, and the influential parameters (initial temperature, relative humidity [RH], and time) were optimized based on highest yield of polysaccharides. Among them, nonuniform drying was selected to design CHCD, with final parameters—initial temperature: 40 °C, maximum temperature: 60 °C, RH: 30%, and time: 28 h. CHCD produced shiitake mushrooms with less surface color changes (p < 0.05), softer texture, and less shrinkage (47.1 ± 1%) than conventional HAD. Scanning electron microscopy results showed a honeycomb-like pore-network in CHCD samples. The yield of polysaccharides, predominantly β-glucans as detected by MALDI-TOF and CP-MAS NMR, was 12.3 ± 0.5 g/100g in CHCD samples, significantly higher than conventional HAD (p < 0.05). A total of 51 significant volatile compounds were detected with higher concentration in CHCD compared with HAD samples using GC × GC-QTOF. Along with increasing shelf-life, CHCD process produces dry mushrooms with lower surface color changes, good preservation of internal structure, softer texture, lesser shrinkage, increased rehydration, increased content of polysaccharides, and volatile compounds compared with conventional HAD.

Texture (cosmology)

Shrinkage

10.1080/07373937.2020.1760878

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Citations (19)

Research on Biomass Densification and Formation Technology and Equipment

Linye jixie (2010)

Zhentao Zhang

From the perspective of biomass energy utilization in rural area,the current domestic and abroad research status of biomass densification and formation technology and equipment are discussed.The problems with biomass densification and formation technology and equipment in China are pointed out,with the development trend of process and technology presented.Two pre-treatment methods of raw materials,steam blasting method and lignocellulosics benzylation and plasticization technology,are stated.

Technology Development

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A Review of Recent Advances in Superhydrophobic Surfaces and Their Applications in Drag Reduction and Heat Transfer

Nanomaterials (2021)

Yu Zhang Zhentao Zhang Junling Yang Yunkai Yue Huafu Zhang

Inspired by the superhydrophobic properties of some plants and animals with special structures, such as self-cleaning, water repellent, and drag reduction, the research on the basic theory and practical applications of superhydrophobic surfaces is increasing. In this paper, the characteristics of superhydrophobic surfaces and the preparation methods of superhydrophobic surfaces are briefly reviewed. The mechanisms of drag reduction on superhydrophobic surfaces and the effects of parameters such as flow rate, fluid viscosity, wettability, and surface morphology on drag reduction are discussed, as well as the applications of superhydrophobic surfaces in boiling heat transfer and condensation heat transfer. Finally, the limitations of adapting superhydrophobic surfaces to industrial applications are discussed. The possibility of applying superhydrophobic surfaces to highly viscous fluids for heat transfer to reduce flow resistance and improve heat transfer efficiency is introduced as a topic for further research in the future.

Heat transfer enhancement

10.3390/nano12010044

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Citations (63)

Performance analysis and optimization of combined cooling, heating and power system based on carbon dioxide energy storage

2021 IEEE Sustainable Power and Energy Conference (iSPEC) (2023)

Pingyang Zheng Yunkai Yue Jiahao Hao Zhentao Zhang Junling Yang

Carbon dioxide energy storage is a new energy storage technology, which has excellent thermodynamic, economic and environmental performance. In this paper, a thermo-electric energy storage system based on water storage, including two carbon dioxide cycles of heat pump charging and heat engine discharging, is established by Aspen Hysys software. And the characteristics of combined cooling, heating and power technology is further investigated. A multi-objective optimization model for maximum energy efficiency and economic benefit considering user demand is built. Taking a typical daily load demand of cooling, heating and power as an example, the Pareto front of the system operation scheme is calculated based on genetic algorithm. The two objective functions are weighted by the entropy weight method considering information entropy, and a suitable operation configuration is selected by TOPSIS method. The study provides a reference for multi-function operation scheduling optimization. Besides, development prospect and existing challenges of the system are discussed preliminarily.

10.1109/ispec58282.2023.10402878

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Wastewater desalination system utilizing a low-temperature heat pump

International Journal of Energy Research (2017)

Junling Yang Chong Zhang Xuejun Lin Zhentao Zhang Luwei Yang

A wastewater desalination system based on a low-temperature air source heat pump was developed and studied in this paper. The system consists of 2 main parts: the wastewater flow process and the heat pump cycle. A series of experiments were conducted on the system under different conditions, and the effect of the evaporation temperature was investigated. This system can reach equilibrium at any evaporation temperature using the combination of the compressor and vacuum pump. To treat wastewater with low boiling point organic matter, the system was operated at a low evaporation temperature of 48°C. The organic matter remained in the concentrated wastewater, and the organic removal was approximately 97%. Three kilograms of treated water was produced in 1 hour with an energy consumption of 250 W. The performance ratio (PR) obtained from the experiments ranged from 4.6 to 7.3. The cost for treating 1 kg of water was 0.038 yuan CNY assuming 0.5 yuan CNY per kWh at the compressor frequency of 50 Hz.

Boiling point

Low-temperature thermal desalination

10.1002/er.3909

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Citations (16)

A model of conceptual mechanical engineering design for automated cad

Zhentao Zhang

Conceptual design

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The Preliminary Study for Waste Heat Recovery in Conventional Wood Drying Kiln using Heat Pump

Gānzào jìshù yǔ shèbèi (2012)

Zhentao Zhang

this paper introduced the equipment for waste heat recovery in conventional wood drying kiln using heat pump.Each state point parameters of the air and refrigerant were calculated.Pairs of cold and heat load and compressor power consumption were analyzed.The paper also proposed and compared three kinds of programs for waste heat recovery and provided a frame of reference for the system further design and experiments.

Rotary kiln

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Complement Receptor 1 Is a Potential Extracerebral Factor Promoting α-Synuclein Pathology

Molecular Neurobiology (2024)

Yunying Yang Sichun Chen Yan Gao Liqin Huang Zehua Liu

Complement

10.1007/s12035-024-04561-2

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