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Predictive techniques for water quality-inorganics
Hyperbolic relationship between quality and quantity of water is taken and refined for use on rivers of southwestern United States or of other semi-arid regions; modified Cauchy function is used to fit frequency curves for both quantity and quality; Gumbel's methods of external statistics are applied to frequencies of extremes for quality and inorganic quality; mathematical model for making materials balance analysis of chlorides in rivers of Southwest is presented.
Predictive techniques for water quality-inorganics
Hyperbolic relationship between quality and quantity of water is taken and refined for use on rivers of southwestern United States or of other semi-arid regions; modified Cauchy function is used to fit frequency curves for both quantity and quality; Gumbel's methods of external statistics are applied to frequencies of extremes for quality and inorganic quality; mathematical model for making materials balance analysis of chlorides in rivers of Southwest is presented.
Predictive techniques for water quality-inorganics
ASCE -- Proc (J Sanitary Eng Div)
Ledbetter, J.E. (author) / Gloyna, E.F. (author)
1964
25 pages
Article (Journal)
English
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