STP1056 The Measurement and Correction of Electrolyte Resistance in Electrochemical Tests

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STP1056

The Measurement and Correction of Electrolyte Resistance in Electrochemical Tests

Taylor R, Scribner L
Published: 1990

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Overview Related Products

Reviews and critiques new and existing methods for the correction of ohmic electrolyte resistance, an error inherent in all electrochemical experiments.

13 peer-reviewed papers are divided into sections on theory, critical comparisons of methods, mathematical approaches, and applications. Includes applications on metals in desert soils, buried pipelines, corrosion in concrete, and crevice corrosion case studies.

Overview

Influence of Electrolyte Resistance on Electrochemical Measurements and Procedures to Minimize or Compensate for Resistance Errors

IR Drop in Electrochemical Corrosion Studies— Part I: Basic Concepts and Estimates of Possible Measurement Errors

Theoretical Problems Related to Ohmic Resistance Compensation

IR Drop in Electrochemical Corrosion Studies—Part 2: A Multiple Method IR Compensation System

Determination and Elimination of the Uncompensated Resistance in Low Conductivity Media

Correction of Experimental Data for the Ohmic Potential Drop Corresponding to a Secondary Current Distribution on a Disk Electrode

Application of Numerical Simulations to Evaluate Components of Potential Difference in Solution

Ohmic Compensation in Desert Soil Using a Galvanostatic DC Bridge

Measurements of IR-Drop Free Pipe-to-Soil Potentials on Buried Pipelines

Elimination of IR Error in Measurements of Corrosion in Concrete

Comparison of Current Interruption and Electrochemical Impedance Techniques in the Determination of Corrosion Rates of Steel in Concrete