Enerji santralına ekserji analizinin uygulanması





































































































Moran, M. J. and Shapiro, H. N. (1992), Fundamentals of Engineering Thermodynamics, 2nd. Edt., Wıley, New York.
Moran, M. J. and Sciubba, E. (1994), “Exergy Analysis: Principle and Practice” Joumal of Engineering for Gas Turbines and Power – Transactions of the ASME, 116, 285 – 290.
Nakao, T.; Kawabe, R.; Sumida, 1 and Kataoka, Y. (1992), “Approach to Improvement of Thermal Efficiency in BWR Plant Based on Exergy Analysis”, Joumal ofNuclear Science and Tevhnology, 29 (1), 90 – 91.
Nelson, R. M. (1988), ” Approach to the Design and Optimization of Thermal Systems”, AES, 7 (G00452), 59 – 64, ASME, New York.
Onat, Kemal (1990), “Kullanılabilir Enerji Kaybının Azaltılması”, Termodinamiğin İkinci Kanunu Çalışma Toplantısı, Erciyes Üniv., T.I.B.T.D., (29 – 1) – (29 – 9), 27 – 30 Ağustos, Kayseri.
Paoletti, S.; Rispoli, F. and Sciubba, E. (1989), “Analysis and Design of Energy Systems: Fundamentals and Mathematical Techniques, AES, 10 (2), 21 – 29, ASME, New York.
Poulilahos, D. and Johnson, J. M. (1989), Energy, 14 (2), 67 – 73 .
Ranasinghe, J.; Aceves-Sabario, S. and Reistad, G. M. (1989), Joumal of Engineering for Gas Turbines and Power – Transactions of the ASME, 111 (4), 719 – 727.
Rosen, M. A. (1990), “Comparison Based on Energy and Exergy Analysis of the Potential Cogeneration Efficiencies for Fuel-Cells and Other Electricity Generation Devices”, Intemational Jornal ofHydrogen Energy, 15 (4), 267 – 274.
Rosen, M. A.; Scott, D. S. (1992), “Exergy Analysis of Hydrogen Production from Heat and Water by Electrolysis”, Intemational Jornal ofHydrogen energy, 17 (3), 199 – 204.
Schaeffer, Roberto and Wirtshafter, Robert, M. (1992), “An Exergy Analysis of the Brazilian Economy: From Energy Production to Final Energy Use”, Energy (Oxford), 17 (9), 841 – 855.
Sekulic, D. P. and Milasevic, Z. S. (1988), “Second Law Analysis in Heat/Mass Transfer and Energy Conversion, AES, 6, 49 – 55, ASME, New York.
Sun, Z. F. and Carrington, C. G. (1991), “Application of Nonequilibrium Thermodynamics in Second Law Analysis”, Joumal of Energy Resources Technology, 113, 33 – 39.
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98. SAYFAYA BENZER SAYFALAR

tabs_sener_yagiz_191898 - Sayfa
...


98. SAYFA ICERIGI

Moran, M. J. and Shapiro, H. N. (1992), Fundamentals of Engineering Thermodynamics, 2nd. Edt., Wıley, New York.
Moran, M. J. and Sciubba, E. (1994), “Exergy Analysis: Principle and Practice” Joumal of Engineering for Gas Turbines and Power – Transactions of the ASME, 116, 285 – 290.
Nakao, T.; Kawabe, R.; Sumida, 1 and Kataoka, Y. (1992), “Approach to Improvement of Thermal Efficiency in BWR Plant Based on Exergy Analysis”, Joumal ofNuclear Science and Tevhnology, 29 (1), 90 – 91.
Nelson, R. M. (1988), ” Approach to the Design and Optimization of Thermal Systems”, AES, 7 (G00452), 59 – 64, ASME, New York.
Onat, Kemal (1990), “Kullanılabilir Enerji Kaybının Azaltılması”, Termodinamiğin İkinci Kanunu Çalışma Toplantısı, Erciyes Üniv., T.I.B.T.D., (29 – 1) – (29 – 9), 27 – 30 Ağustos, Kayseri.
Paoletti, S.; Rispoli, F. and Sciubba, E. (1989), “Analysis and Design of Energy Systems: Fundamentals and Mathematical Techniques, AES, 10 (2), 21 – 29, ASME, New York.
Poulilahos, D. and Johnson, J. M. (1989), Energy, 14 (2), 67 – 73 .
Ranasinghe, J.; Aceves-Sabario, S. and Reistad, G. M. (1989), Joumal of Engineering for Gas Turbines and Power – Transactions of the ASME, 111 (4), 719 – 727.
Rosen, M. A. (1990), “Comparison Based on Energy and Exergy Analysis of the Potential Cogeneration Efficiencies for Fuel-Cells and Other Electricity Generation Devices”, Intemational Jornal ofHydrogen Energy, 15 (4), 267 – 274.
Rosen, M. A.; Scott, D. S. (1992), “Exergy Analysis of Hydrogen Production from Heat and Water by Electrolysis”, Intemational Jornal ofHydrogen energy, 17 (3), 199 – 204.
Schaeffer, Roberto and Wirtshafter, Robert, M. (1992), “An Exergy Analysis of the Brazilian Economy: From Energy Production to Final Energy Use”, Energy (Oxford), 17 (9), 841 – 855.
Sekulic, D. P. and Milasevic, Z. S. (1988), “Second Law Analysis in Heat/Mass Transfer and Energy Conversion, AES, 6, 49 – 55, ASME, New York.
Sun, Z. F. and Carrington, C. G. (1991), “Application of Nonequilibrium Thermodynamics in Second Law Analysis”, Joumal of Energy Resources Technology, 113, 33 – 39.
83

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