Abstract
The impedance effect on the ion transport of lithium chloride through temperature- and pH-sensitive gel membranes was investigated. Both conductance and loss tangent show a relatively tigh value at temperatures near the lower critical solution temperature (14°C), followed by an abrupt drop with a further rise in temperature. The Figure show an example of changes in absolute complex conductance (Y), real conductance (G), and imaginary conductance (B) for a poly(acryloyl-L-proline methyl ester) gel membrane.
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