M. Al-Asadi, J., Hashim, A., Taha Alramdhan, W. (2010). An attempt to solar still productivity optimization; solar still shape, glass cover inclination and inner surface area of a single basin solar still, optimization. , 28(1), 39-48.
J. M. Al-Asadi; A.Y. Hashim; W.A. Taha Alramdhan. "An attempt to solar still productivity optimization; solar still shape, glass cover inclination and inner surface area of a single basin solar still, optimization". , 28, 1, 2010, 39-48.
M. Al-Asadi, J., Hashim, A., Taha Alramdhan, W. (2010). 'An attempt to solar still productivity optimization; solar still shape, glass cover inclination and inner surface area of a single basin solar still, optimization', , 28(1), pp. 39-48.
M. Al-Asadi, J., Hashim, A., Taha Alramdhan, W. An attempt to solar still productivity optimization; solar still shape, glass cover inclination and inner surface area of a single basin solar still, optimization. , 2010; 28(1): 39-48.

An attempt to solar still productivity optimization; solar still shape, glass cover inclination and inner surface area of a single basin solar still, optimization

basrah journal of science
Article 1, Volume 28, Issue 1, 2010, Pages 39-48    PDF (0 K)
Authors
J. M. Al-Asadi; A.Y. Hashim; W.A. Taha Alramdhan
Abstract
Solar energy utilization in five different shape of solar stills is considered. Also, four solar still with similar specification but different in inclination angle, and another four with similar specification but different in inner surface areas have been investigated in an attempt to optimize solar still productivity. It is found that the best solar still is that which has symmetric double slope, the best inclination angle is 45o and that the lesser inner surface area (11645 cm2) give the best productivity.
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