An amperometric ion detector based on water/polymer composite membrane interfaces

Hye Jin Lee; Hubert H. Girault

An amperometric ion detector based on water/polymer composite membrane interfaces

Hye Jin Lee, Hubert H. Girault

University of Wisconsin-Madison

Research output: Contribution to specialist publication › Article

2 Scopus citations

Abstract

An overview is given on the design of selective and sensitive amperometric detectors for the analysis of nonredox ionic species. The methodology is based on the ion transfer reaction across the polarized liquid/liquid interface. This polarizable liquid/liquid interface can act as ion-selective electrode (ISE) that responds voltammetrically to a transferable ion species across the interface.

Original language	English
Pages	8+10
Volume	33
No	15
Specialist publication	American Laboratory
State	Published - Jul 2001

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abstract = "An overview is given on the design of selective and sensitive amperometric detectors for the analysis of nonredox ionic species. The methodology is based on the ion transfer reaction across the polarized liquid/liquid interface. This polarizable liquid/liquid interface can act as ion-selective electrode (ISE) that responds voltammetrically to a transferable ion species across the interface.",

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AB - An overview is given on the design of selective and sensitive amperometric detectors for the analysis of nonredox ionic species. The methodology is based on the ion transfer reaction across the polarized liquid/liquid interface. This polarizable liquid/liquid interface can act as ion-selective electrode (ISE) that responds voltammetrically to a transferable ion species across the interface.

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An amperometric ion detector based on water/polymer composite membrane interfaces

Abstract

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