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Program to simulate a natural water titration in the presence of unidentified dissolved organic acids and provide measured total alkalinity values using five distinct data analysis methods.

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jonathansharp/AlkTitrationModel

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TITRATE.m

Program to simulate a natural water titration in the presence of an unidentified dissolved organic acid and provide measured total alkalinity values using five distinct data analysis methods. The methods used are modified Gran function analysis, a nonlinear least squares fit in a closed cell, a nonlinear least squares fit in an open cell, difference derivative analysis, and a spectrophotometric single-step titration.

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If using this MATLAB routine, please cite:

Sharp, J.D., Byrne, R.H., 2020. Interpreting measurements of total alkalinity in marine and estuarine waters in the presence of proton-binding organic matter. Accepted by Deep-Sea Research Part I.

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Program to simulate a natural water titration in the presence of unidentified dissolved organic acids and provide measured total alkalinity values using five distinct data analysis methods.

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