A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Evaluation of a Large Nonconvective Solar Pond
This project is directed toward the evaluation of the operational performance of one of the largest functional, salt-gradient solar ponds in the world. This solar pond was constructed by the City of Miamisburg on property adjacent to the Mound Facility. In this study, data are collected on the annual thermal cycle characteristics of this combined solar energy collector and thermal storage system, and system performance is evaluated based upon models developed at several university research ponds. (ERA citation 04:038492)
Evaluation of a Large Nonconvective Solar Pond
This project is directed toward the evaluation of the operational performance of one of the largest functional, salt-gradient solar ponds in the world. This solar pond was constructed by the City of Miamisburg on property adjacent to the Mound Facility. In this study, data are collected on the annual thermal cycle characteristics of this combined solar energy collector and thermal storage system, and system performance is evaluated based upon models developed at several university research ponds. (ERA citation 04:038492)
Evaluation of a Large Nonconvective Solar Pond
L. J. Wittenberg (author) / M. J. Harris (author)
1979
12 pages
Report
No indication
English
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