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A Comparative Analysis of Pulsated Heat Pipe Solar Collectors: Development of Solar Water Heater utilizing Super-critical Carbon Dioxide as a working fluid. As compared to pulsated heat pipe with water as the working fluid that generates heavily pulsated discharge driven by natural convection, Super-critical CO2 with its volatile natural convection at a significantly lower temperature provides a more consistent solar thermal energy conversion and a greater hot water discharge even in regions with low sun-light and a colder climate.

Produktbeschreibung
A Comparative Analysis of Pulsated Heat Pipe Solar Collectors: Development of Solar Water Heater utilizing Super-critical Carbon Dioxide as a working fluid. As compared to pulsated heat pipe with water as the working fluid that generates heavily pulsated discharge driven by natural convection, Super-critical CO2 with its volatile natural convection at a significantly lower temperature provides a more consistent solar thermal energy conversion and a greater hot water discharge even in regions with low sun-light and a colder climate.
Autorenporträt
About the author¿Mr. Sachin V Tadvi is assistant professor of the Mechanical Engineering Department in one of the leading engineering institution group situated at Vadodara, Gujarat. He did his M.E(Thermal engineering) and B.E(Mechanical engineering) from Parul Institutes of Engineering and Technology, Vadodara, Gujarat.