Results 171 to 180 of about 3,370 (214)
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Exergetic efficiency as a basis for durability analysis and prognosis
International Journal of Hydrogen Energy, 2011Abstract The present paper provides a thermodynamic foundation and interpretation of the concept of exergetic efficiency. The interpretation focuses on solid oxide fuel cell behavior, specifically the impedance of SOFCs as an indicator of exergetic efficiency.
Kenneth Reifsnider
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Exergetic efficiency of comminution of solid substances
Fuel, 1984Abstract Based on literature data, a short description of a method for determining the internal energy increase of material due to enlarging its surface area in a comminution process, is given. An exergy balance of the comminution of a solid substance, has been discussed.
Ryszard Petela
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Exergetic efficiency optimization for real regenerated air refrigerators
Applied Thermal Engineering, 2011Abstract On the basis of the exergetic analysis, the performance analysis and optimization is carried out for irreversible regenerated air refrigerators by taking exergetic efficiency as the optimization objective using thermodynamic optimization in this paper.
Lingen Chen
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Exergetic efficiency optimization of a refrigeration system with multi-irreversibilities
Proceedings of the Institution of Mechanical Engineers, Part C: Journal of Mechanical Engineering Science, 2006Exergetic efficiency optimization has been carried out for a refrigeration system with multi-irreversibilities, including finite-rate heat transfer, internal dissipation of the working fluid and heat leak between the heat reservoirs. The exergetic efficiency is defined as the ratio of the rate of exergy output to the rate of exergy input in the ...
Y-F Su, C-K Chen
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Exergetic efficiency optimization for an irreversible Brayton refrigeration cycle
International Journal of Thermal Sciences, 2005Abstract Exergetic efficiency optimization that combines exergy concept and finite-time thermodynamic theory has been carried out for an irreversible Brayton refrigeration cycle. Multi-irreversibilities considered in the system include finite rate heat transfer, internal dissipation of the working fluid and heat leak between heat reservoirs ...
Cha’o-Kuang Chen
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Exergetic efficiency of NF, RO and EDR desalination plants
Desalination, 2016Abstract Exergetic analysis of a 2250 gpm brackish water desalination plant in California was performed using its operational data. The plant contains nanofiltration, reverse osmosis and electrodialysis reversal units subject to the same source water. The correct definition of exergetic efficiency for such systems was discussed.
Bilal A Qureshi, Syed M Zubair
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This study investigates thermodynamic parameters and exergetic efficiency of the Salihli geothermal district heating system (SGDHS) in Manisa, Turkey for 2005/2006 heating season. The thermodynamic parameters considered are as follows: (i) fuel depletion rate, (ii) relative irreversibility, (iii) productivity lack, and (iv) exergetic factor.
Ozgener L., Ozgener O.
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A critical review of definitions for exergetic efficiency in reverse osmosis desalination plants
Different approaches for formulating exergetic efficiency in desalination plants are suggested in literature. In this work these formulations, applied to the reverse osmosis technology, are compared and critically reviewed.
Ana M Blanco-Marigorta
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Exergetic efficiency characterizes the performance of a system or a system component from the second-law of Thermodynamics viewpoint. Although this parameter can be used in the comparison of the operation of similar components working under similar ...
Ana M Blanco-Marigorta
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In order to investigate the effects of new developments of solar collector types on the exergetic efficiency of a solar collector with distorted plates (nonparallel plates), an experimental set up was constructed.
Ömer Çomakli, F Yuksel
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