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X.R. Zhang, H. Yamaguchi / Applied Thermal Engineering 28 (2008) 1225–1233 1233 Acknowledgements This study was supported by the Academic Frontier Research Project on ‘‘Next Generation Zero-Emission Energy Conversion System’’ of Ministry of Education, Culture, Sports, Science and Technology, Japan. References [1] D. Frier, R.G. Cable, An overview and operation optimisation of the kramer junction solar electric generating system, ISES World Congress, Jerusalem (1999) 241–246. [2] G. Francia, Pilot plants of solar steam generation systems, Solar Energy 12 (1968) 51–64. [3] D.R. Mills, G.L. Morrison, Compact linear fresnel reflector solar thermal power plants, Solar Energy 68 (2000) 263–283. [4] M. Romero, M.J. Marcos, F. Baonzas, V. Fernandez, Distributed Power from Solar Tower Systems: A MIUS Approach. ISES Solar World Congress, Jerusalem, 1999, 286–295. [5] P. Schramek, D.R. Mills, Potential of the heliostat field of a multi tower solar array. Proceedings of the 10th SolarPACES International Symposium on Solar Thermal Concentrating Technologies, Sydney, 2000, 157–163. [6] D.Y. Goswami, F. Xu, Analysis of a new thermodynamic cycle for combined power and cooling using low and mid temperature solar collectors, J. Solar Energy Eng. 121 (1999) 91–97. [7] D.Y. Goswami, Engineering of solar photocatalytic detoxification and disinfection process, Adv. Solar Energy 10 (1995) 165–209. [8] M.A. Green, Recent development in photovoltaics, Solar Energy 76 (2004) 3–8. [9] D.R. Mills, Advances in solar thermal electricity technology, Solar Energy 76 (2004) 19–31. [10] D.Y. Goswami, S. Vijayaraghavan, S. Lu, G. Tamm, New and emerging developments in solar energy, Solar Energy 76 (2004) 33–43. [11] D.Y. Goswami, Solar thermal power technology: present status and ideas for the future, Energy Sources 20 (1998) 137–145. [12] G.L. Morrison, I. Budihardjo, M. Behnia, Water-in-glass evacuated tube solar water heaters, Solar Energy 76 (2004) 135–140. [13] M.H. Kim, J. Pettersen, C.W. Bullard, Fundamental process and system design issues in CO2 vapor compression systems, Prog. Energy Combust. Sci. 30 (2004) 119–174. [14] X.R. Zhang, H. Yamaguchi, D. Uneno, K. Fujima, M. Enomoto, N. Sawada, Analysis of a novel solar energy powered Rankine cycle for combined power and heat generation using supercritical carbon dioxide, Renewable Energy 31 (2006) 1839–1854. [15] X.R. Zhang, H. Yamaguchi, K. Fujima, M. Enomoto, N. Sawada, Theoretical analysis of a thermodynamic cycle powered by solar energy for power and heat generation using supercritical carbon dioxide, Proceeding of ECOS 2005, Trondheim, Norway, 2005, 1641– 1648. [16] H. Yamaguchi, X.R. Zhang, K. Fujima, M. Enomoto, N. Sawada, A solar energy powered Rankine cycle using supercritical carbon dioxide, Appl. Thermal Eng. 26 (2006) 2345–2354. [17] X.R. Zhang, H. Yamaguchi, K. Fujima, M. Enomoto, N. Sawada, A feasibility study of CO2-based Rankine cycle powered by solar energy, JSME Int. J. Ser. B: Fluids Thermal Eng. 48 (3) (2005) 540–547. [18] X.R. Zhang, H. Yamaguchi, K. Fujima, M. Enomoto, N. Sawada, Theoretical analysis of a thermodynamic cycle for power and heat production using supercritical carbon dioxide, Energy 32 (4) (2007) 591–599. [19] Xin-Rong Zhang, Hiroshi Yamaguchi, Daisuke Uneno, Experimental study on the performance of solar Rankine system using supercritical CO2, Renewable Energy, in press. [20] Xin-Rong Zhang, Hiroshi Yamaguchi, Forced convection heat transfer of supercritical CO2 in a horizontal circular tube, J. Supercrit. Fluids 41-3 (2007) 412–420. [21] PROPATH GROUP, PROPATH V12.1 (2001). [22] C.A. Estrada-Gasca, G. Alvarez-Garcia, R.E. Cabanillas, P.K. Nair, Theoretical efficiency of an all-glass tubular solar collector using a chemically deposited SnS–CuxS absorber inside the inner tube, J. Phys. D: Appl. Phys. 25 (1992) 1142–1147.PDF Image | study on evacuated tube solar collector using supercritical CO2
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