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Titlebook: Concentrated Solar Thermal Energy Technologies; Recent Trends and Ap Laltu Chandra,Ambesh Dixit Conference proceedings 2018 Springer Nature

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Experimental Investigation of Solar Steam Generator Based on Evacuated Tube for Heating and Humidifiperimental setup consisting of 40 evacuated tubes, a header, and a duct. Water in the header is heated up and converted to steam by using solar energy collected by the evacuated tubes. Steam was generated for 3 h from 13:00 to 16:00 h. The generated steam from the collector is mixed with the ambient
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Experimental Performance Evaluation of a Parabolic Solar Dish Collector with Nanofluidtore (Longitude 76° 59′ and Latitude 11° 00′) Tamil Nadu. The diameter of the collector is 1180 mm with the depth of 310 mm. The diameter of the absorber which is made up of copper is about 75 mm and height is 200 mm for a concentration ratio of 10. The performance of the collector is evaluated with
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Macro-study on Hard Anodised Aluminium Oxide (HAAO) Coated Solar Receivershing of HAAO coatings for comparative analysis. It is found that for lower DNI, roughness Ra < 1.8 μm does not adversely impact much on HAAO coating thermal behaviour, but the dark black polished coating may perform better then greyish unpolished surface, therefore high thickness of HAAO coating is
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Topics in Acoustic Echo and Noise Controlr thermal powered factories, 2011) [.]. However, industrial applications of high-temperature solar thermal process heat are still in a state of infancy. In this paper, we will focus on some of the innovative applications of STT.
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