| An amperometric titration curve is a plot of current as a function of titrant volume. |
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| This measuring system is authorized exclusively for potentiometric, conductimetric or amperometric measurements in the laboratory. |
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| The amperometric titration method of determining chlorine residual was concluded to be the most accurate method of determining chlorine residual. |
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| Signet chlorine sensors are membrane-covered amperometric 2-electrode sensors. |
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| Of the most commonly used test methods available for chlorine residual measurement, the most accurate method is amperometric titration. |
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| Twin metal electrodes are used to measure the end point in amperometric titrations. |
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| Bare electrode, amperometric, on-line analyzers provide the most accurate indication of chlorine residual for both free and combined chlorine. |
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| Signet's amperometric chlorine electrode is designed to measure free chlorine in fresh water and waste water treatment applications. |
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| New automated amperometric titration systems may permit easy measurements of low chlorine residual levels. |
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| A method for the determination of certain base of pharmaceutical importance involves amperometric titrations. |
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| Since the signal from amperometric measuring cells depends on temperature, an integrated NTC resistor is used for automatic temperature compensation. |
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| The measuring signal from amperometric cells is temperature-dependent. |
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| This may change with the commercial release of small automated amperometric titration devices that should be suitable for use in small treatment plants. |
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| The slope is adjusted so that the uncalibrated signal current in the amperometric measuring cell is matched to the known concentration of the substance that was established by the reference method. |
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| While the amperometric titration method is the most accurate means of measuring chlorine and sulphite residuals, the test requires time and operator skill that is often beyond the plant resources available. |
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| A membrane-covered amperometric measuring cell can be used for monitoring the peracetic acid concentration and the concentration of hydrogen peroxide. |
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| Amperometric flow-injection determination of phenolic compounds at self-assembled monolayer-based tyrosinase biosensors. |
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