1992
DOI: 10.1016/0003-2670(92)80016-z
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Investigations on adsorption potentiometry

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Cited by 9 publications
(1 citation statement)
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“…In derivative adsorption chronopotentiometry, the peak height (dt/dE), of the derivative adsorption chronopotentiogram can be written as [18] (dt/dE), = Kt,[Cr"'L:]/io (12) where K is a constant, io is a constant reducing current and [Cr"' L:] is the concentration of the complex in the solution. For the Cr"I-5-Br-PADAP system described by Equation 11, Equation 12 may be rewritten as where cCr is the analytical concentration of Cr"' in the bulk solution.…”
Section: Analytical Applicationmentioning
confidence: 99%
“…In derivative adsorption chronopotentiometry, the peak height (dt/dE), of the derivative adsorption chronopotentiogram can be written as [18] (dt/dE), = Kt,[Cr"'L:]/io (12) where K is a constant, io is a constant reducing current and [Cr"' L:] is the concentration of the complex in the solution. For the Cr"I-5-Br-PADAP system described by Equation 11, Equation 12 may be rewritten as where cCr is the analytical concentration of Cr"' in the bulk solution.…”
Section: Analytical Applicationmentioning
confidence: 99%