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Power Optimization of a Chemically Driven Thermal Engine

Chen Lingen Sun Fengrui Chen Wenzhen  
Based on first and second order reaction kinetic theory, this paper discusses the problem of power optimization of a finite reservoir endoreversible Carnot engine driven by chemical reaction. Some new results are obtained.
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Chinese Journal Full-text Database 2 Hits
1 Chen Lin-gen etc.;The Effects of Mass Leakage on the Performance Characteristics of Isothermal Endoreversible Chemical Engines[J];POWER SYSTEM ENGINEERING;1995-06
2 Cao Shui et al.;Optimal Relation Between Power and Efficiency for an Endoreversible Chemical Engine[J];POWER SYSTEM ENGINEERING;1997-04
Chinese Journal Full-text Database 4 Hits
1 Chen Lin-gen etc.;Maximum Power from Endoreversible Combined-Cycle Chemical Engines[J];POWER SYSTEM ENGINEERING;1995-03
2 Yan Zijum (University of Amoy);THE RELATION BETWEEN OPTIMAL EFFICIENCY AND POWER OF A CARNOT HEAT ENGINE[J];Journal of Engineering Thermophysics;1985-01
3 Chen Lingen, Sun Fengrui, Chen Wenzhen(Naval Academy of Engineering);INFLUENCE OF HEAT TRANSFER LAW ON THE PERFORMANCE OF A CARNOT ENGINE[J];Journal of Engineering Thermophysics;1990-03
4 Chen Lingen; Sun Fengrui; Chen Wenzhen(Naval Academy of Engineering);The Influence of Heat Leak on the Power versus Efficiency Characteristics of Heat Engines[J];TRANSACTIONS OF CSICE;1995-03
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