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[25] Thermal titrimetry

1973
Publisher Summary This chapter discusses the applications and the theory of thermal titrimetry. For thermal titrimetry, a concentrated reagent, B, is added to the material, A, at a constant rate. The heat change generated by the reaction is recorded as a function of time or concentration of B added.
Mario A Marini, Charles J Martin
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Advanced Titrimetry

2014
Since the mid-1950s, volumetric analysis has increasingly become a subject of automation, which ostensibly increases precision and accuracy in volumetric determinations. In this chapter we examine the principles of potentiometric, conductometric, coulometric and non-aqueous titrimetry, which are then contextualised by the following practical activities:
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Precipitation Titrimetry

2014
Precipitation reactions are an interesting and often invaluable application of equilibrium concepts to analytical chemistry. In this chapter a summary of solubility equilibrium chemistry is presented which is contextualised by the following practical activities: standardisation of silver nitrate; determination of the salt content of isotonic sports ...
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Titrimetrie

1985
Othmar G. Koch, W. Fresenius
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Chapter 12-Titrimetry

1996
WHEN AN ANALYTE IS QUANTIFIED by measuring the volume (or, on rare occasions, the weight) of a solution that reacts with it, we call the process volumetric analysis or titrimetry. Generally, the reaction in question proceeds to its equilibrium point or to some reproducibly measurable point near equilibrium, whereupon the addition of reactant solution ...
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Spectropolarimetric titrimetry

Analytica Chimica Acta, 1969
Karl H. Pearson, Stanley Kirschner
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TITRIMETRY | Potentiometric

2005
A. Hulanicki, S. Głąb
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Modern titrimetry

Analytical Proceedings, 1987
C. J. Phillips   +5 more
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Thermometric titrimetry

Proceedings of the Society for Analytical Chemistry, 1966
L. S. Bark   +6 more
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