References
[1]. Selcuk M. Kudret., (1979). “Analysis, development and
testing of a fixed tilt solar collector employing reversible
vee-trough reflectors and vacuum tube receivers”, Solar
Energy, 22, pp.413-426.
[2]. Rabl A., Bendt P., Gaul H.W., (1982). “Optimization of
parabolic trough solar collectors”, Solar Energy, 29,
pp.407-417.
[3]. Clark J.A., (1982). “An analysis of the technical and
economic performance of a parabolic trough
concentrator for solar industrial process heat application”,
International Journal Heat Mass Transfer, 25, pp.1427-
1438.
[4]. Prapas D.E., Norton B., Probert S.D., (1987). “Optics of
parabolic-trough Solar-Energy collectors possessing small
concentration ratios”, Solar Energy, 39, pp.541-550.
[5]. Hamad F.A.W., (1988). “The performance of a
cylindrical parabolic concentrator”, Energy Conversion
Management, 28, pp.251-256.
[6]. Grald E.W. and Kuehn T.H., (1989). “Performance
analysis of a parabolic trough solar collector with a porous absorber receiver” Solar Energy, 42, pp.281-292.
[7] Thomas A., (1992). “Operation and performance of the
solar steam generation system”, Energy Conversion
Management, 33, pp.191-196.
[8]. Kalogirou S.A., Lloyd S., Ward J., Eleftheriou P., (1994).
“Design and performance characteristics of parabolic
trough solar collector system”, Applied Energy, 47, pp.341-
354.
[9]. Fend Thomas, Jorgensen Gary, Kuster Harald, (2000).
“Applicability of highly reflective aluminum coil for solar
concentrator”, Solar Energy, 68, pp.361-370.
[10]. Flores V. and Almanza R., (2004). “Direct steam
generation in parabolic trough concentrators with
bimetallic receivers”, Energy, 29, pp.645-651.
[11]. Brogren M., Helgesson A., Karlsson B., Nilsson J., Roos
A., (2004). “Optical properties and system aspects of a
new aluminum/polymer/laminated steel reflector for a
solar concentrator”, Solar Energy Materials and Solar Cells,
82, pp.387-412.
[12]. Li M. and Wang L.L., (2006). “Investigation of
evacuated tube heated by solar trough concentrating
system”, Energy Conversion and Management, 47,
pp.3591-3601.
[13]. Arasu A. Valan and Sornakumar T., (2007). “Design
manufacturing and testing of fiber glass reinforced
parabola trough for parabolic trough solar collectors”,
Solar Energy, 81, pp.1273-1279.
[14]. Kumar K. Ravi and Reddy K.S., (2009). “Thermal
analysis of solar parabolic trough with porous disc
receiver”, Applied Energy, 86, pp.1804-1812.
[15]. Al-Ansary H. and Zeitoun O., (2011). “Numerical study
of conduction and convection heat losses from a halfinsulated
air-filled annulus of the receiver of a parabolic
trough collector”, Solar Energy, 85, pp.3036-3045.
[16]. Yashavant J., Daniel P., Das A. K., (2011). “Numerical
investigation of parabolic trough receiver with outer
vacuum shell”, Solar Energy, 85, pp.1910-1914.
[17]. Jin H., Hong H., Liu Q., (2012). “Operational
performance of the development of a 15kW parabolic
trough mid-temperature solar receiver/reactor for
hydrogen production”, Applied Energy, 90, pp.137-141.
[18]. Yu Z., et. al., “An experimental investigation of
a natural circulation heat pipe system applied to a
parabolic trough solar collector steam generation system”,
Solar Energy, (article in press).
[19]. Yadav, A., Kumar, M., and Balram, (2013).
“Experimental study and analysis of parabolic trough
collector with various reflector”, International Journal of
Physical Science and Engineering, Vol. 7 No.12.