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Study of various factors on hydraulic flow rates through saturated clays including hydraulic flow rates, electrical conductivities, and streaming potentials were measured on natural, sodium, and calcium samples of kaolinite, illite and Boston blue clay; possible violations of Darcy's law and electrokinetic coupling are insignificant; high viscosity and/or tortuous flow paths fail completely to account for discrepancies between measured and predicted flow rates in clays; unequal pore sizes can explain all discrepancies.
Study of various factors on hydraulic flow rates through saturated clays including hydraulic flow rates, electrical conductivities, and streaming potentials were measured on natural, sodium, and calcium samples of kaolinite, illite and Boston blue clay; possible violations of Darcy's law and electrokinetic coupling are insignificant; high viscosity and/or tortuous flow paths fail completely to account for discrepancies between measured and predicted flow rates in clays; unequal pore sizes can explain all discrepancies.
Hydraulic flow through saturated clays
Clays Clay Minerals Nat Conference -- Proc
Olsen, H.W. (author)
Proceedings of the Clays and Clay Minerals National Conference ; 1960
1960
31 pages
Conference paper
English
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