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dingzemin

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期刊信息：工程热物理学报 Journal of engineering thermophysics
2014, 35(6)：1035-1039
题目：Ecological performance optimization for an irreversible double resonance electron heat engine
作者：DING ze-min, CHEN lin-gen, GE yan-lin，等。
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感谢参与，应助指数 +1
dingzemin: 金币+5, ★★★★★最佳答案 2014-08-16 21:38:11
sunshan4379: 检索EPI+1, 感谢应助！ 2014-08-17 07:24:09

Accession number:  20142717894564

  Title:  Ecological performance optimization for an irreversible double resonance electron heat engine
  Authors:  Ding, Ze-Min1, 2, 3; Chen, Lin-Gen1, 2, 3 ; Ge, Yan-Lin1, 2, 3; Liu, Xiao-Wei1, 2, 3; Sun, Feng-Rui1, 2, 3
  Author affiliation:  1 Institute of Thermal Science and Power Engineering, Naval University of Engineering, Wuhan 430033, China
2 Military Key Laboratory for Naval Ship Power Engineering, Naval University of Engineering, Wuhan 430033, China
3 College of Power Engineering, Naval University of Engineering, Wuhan 430033, China
  Corresponding author:  Chen, L.-G. (lingenchen@hotmail.com)
  Source title:  Kung Cheng Je Wu Li Hsueh Pao/Journal of Engineering Thermophysics
  Abbreviated source title:  Kung Cheng Je Wu Li Hsueh Pao
  Volume:  35
  Issue:  6
  Issue date:  June 2014
  Publication year:  2014
  Pages:  1035-1039
  Language:  Chinese
  ISSN:  0253231X
  CODEN:  KCJPDF
  Document type:  Journal article (JA)
  Publisher:  Science Press
  Abstract:  An irreversible double resonance energy selective electron (ESE) heat engine model with heat leakage between the two electron reservoirs is established. The main performance parameters such as power output, efficiency, entropy generation rate and ecological function of the heat engine are derived by using the combination of statistic mechanics and finite time thermodynamic theory. The ecological performance of the ESE heat engine are analyzed and optimized; the optimal regions for power output, efficiency and ecological function as well as the relations among them are obtained by numerical calculations. The effects of design parameters such as heat leakage, central energy, resonance width, and energy spacing on the optimal performance are further explored. The results can provide theoretical guidance for the design and operation of practical electron engine system such as multi-barrier solid state thermionic refrigeration devices.
  Number of references:  14
  Main heading:  Heat engines
  Controlled terms:  Ecology  -  Entropy  -  Resonance  -  Thermodynamics
  Uncontrolled terms:  Double resonance  -  Ecological functions  -  Electron heat  -  Finite time thermodynamics  -  Performance optimizations
  Classification code:  454.3 Ecology and Ecosystems -  612.1 Internal Combustion Engines, General -  641.1 Thermodynamics -  701 Electricity and Magnetism
  Database:  Compendex
Compilation and indexing terms, © 2014 Elsevier Inc.

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