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Chun Deng

China University of Petroleum, Beijing

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Xiao Feng

Xi'an Jiaotong University

Guangjin Chen

China University of Petroleum, Beijing

Chang‐Yu Sun

China University of Petroleum, Beijing

Bei Liu

China University of Petroleum, Beijing

Xiaowan Peng

China University of Petroleum, Beijing

Yun‐Lei Peng

China University of Petroleum, Beijing

Mingke Yang

China University of Petroleum, Beijing

Jui‐Yuan Lee

National Cheng Kung University

Shaoyu Liu

The First Affiliated Hospital, Sun Yat-sen University

Dominic C.Y. Foo

University of Nottingham Malaysia Campus

Cooperative Institutions

China University of Petroleum, Beijing

Chinese Academy of Sciences

Demos

Xiamen University

Inserm

Tsinghua University

North China Electric Power University

Shanghai Jiao Tong University

Xi'an Jiaotong University

Sichuan University

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Fuzzy optimization design of multicomponent refinery hydrogen network

Chinese Journal of Chemical Engineering (2021)

Chun Deng Xuantong Lu Qixin Zhang Jian Liu Jui‐Yuan Lee

Refinery

Separator (oil production)

10.1016/j.cjche.2021.04.014

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Citations (1)

Rainstorm and flooding characteristics and simulated analysis in the Loess Plateau, China

Natural Hazards (2024)

Tong Nie Lichan Li Xiaohui Jiang Yuxin Lei Chun Deng

Loess plateau

10.1007/s11069-024-06540-1

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ウエランガム多糖類で固定された球状セルローズ/カーボンチューブハイブリッド吸着材の製造,及びその methylene blue 吸着の可能性

Chemical Engineering Journal (2012)

Chun Deng Jing Liu Zhou Wei Yongkui Zhang Kaifeng Du

Methylene blue

Methylene

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Disjunctive programming model for the synthesis of property-based water supply network with multiple resources

Process Safety and Environmental Protection (2022)

Wenjin Zhou Kashif Iqbal Xiaogang Sun Dinghui Gan Chun Deng

10.1016/j.cherd.2022.08.027

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Citations (2)

Synthesis of hydrogen network with hydrogen header of intermediate purity

International Journal of Hydrogen Energy (2014)

Chun Deng Huaimin Pan Jui‐Yuan Lee Dominic C.Y. Foo Xiao Feng

Header

Superstructure

High-pressure electrolysis

10.1016/j.ijhydene.2014.06.129

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Citations (45)

Comparative analysis of different scenarios for the synthesis of refinery hydrogen network

Applied Thermal Engineering (2014)

Chun Deng Huaimin Pan Yantao Li Yuhang Zhou Xiao Feng

Refinery

10.1016/j.applthermaleng.2014.04.036

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Citations (40)

Optimal Design of Refinery Hydrogen Network with Mixed Pattern Configuration

Computer-aided chemical engineering/Computer aided chemical engineering (2017)

Chun Deng Yeyang Zhou Xiao Feng

Header

Superstructure

10.1016/b978-0-444-63965-3.50142-2

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Citations (1)

Optimal Synthesis of Multi-Component Refinery Hydrogen Network

Computer-aided chemical engineering/Computer aided chemical engineering (2018)

Chun Deng Meiqian Zhu Yeyang Zhou Xiao Feng

Refinery

Component (thermodynamics)

10.1016/b978-0-444-64241-7.50173-7

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Citations (1)

Discussion on production decline law of gas well in Sichuan gas field

Drilling & Production Technology (2001)

The paper analyses the factors which effect production decline in gas well. On the basis of basic law of oil/gas well production decline, the regression research of production is done. The research results show that production decline of gas well not only conform to index decline, but also conform to hyperbolic decline. In production forecast, good well for hyperbola forecast result is water - bearing gas well, good well for exponential forecast result is net gas well. The forecast result has positive act on productivity forecast in Sichuan gas field.

Natural gas field

Hyperbola

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Citations (1)

A 5–bit CMOS attenuator with low temperature and process variations for Ka‐band phased‐array applications

Microwave and Optical Technology Letters (2021)

Xin Lei Liqun Ye Shengjun Li Chun Deng Chao Fan

Abstract A 5‐bit CMOS attenuator with low temperature and process variations is presented employing the proposed optimization and compensation technique to achieve low root mean square (RMS) attenuation error and phase variation. The proposed design technique includes optimizing ratio of transistors and attenuation resistors to reduce the temperature and process variations, and utilizing a temperature and process compensation circuitry to further minimize the chip‐to‐chip and channel‐to‐channel variations. The presented attenuator is fabricated in a 55 nm CMOS process and achieves a maximum attenuation of 15.5 dB with 0.5 dB‐per‐step resolution. Measurement results show that the maximum RMS attenuation error is 0.6 dB and phase variation is less than ±2.2°, from −45 to 85°C and between different chips or channels within frequency range from 25 to 32 GHz. The core area is 0.32 × 0.5 mm 2 excluding pads.

Attenuator (electronics)

Ka band

10.1002/mop.32918

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