Performance analysis of a bittern-based solar pond
Author:
Publisher
Elsevier BV
Subject
General Materials Science,Renewable Energy, Sustainability and the Environment
Reference16 articles.
1. The Physics of the solar bond;Weinberger;Solar Energy,1964
2. Thermal stratification in lakes. Analytical and laboratory studies;Dake;Water Resources Res,1969
3. Computer simulation of the performance of a solar pond in the southern part of Iran;Akbarzadeh;Solar Energy,1980
4. Solar ponds for space heating;Rabl;Solar Energy,1975
5. An analysis of the non convecting solar pond;Hawldar;Solar Energy,1982
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5. Solar energy storage by salinity gradient solar pond: Pilot plant construction and gradient control;Desalination;2011-09
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