Purity Determinations by Thermal Methods
Blaine RL, Schoff CK
Seven papers focus on aspects of calorimetric purity, including the history of the DSC method, the development of ASTM E 928, the difficulties in developing new standard reference materials, precision and accuracy, and comparison of results obtained by the dynamic calorimetric procedure with those obtained by other techniques. The remaining four papers consider other thermal methods for determination of purity.
Table of Contents
An Overview of the Calorimetric Purity Measurement
Brennan W., DiVito M., Fyans R., Gray A.
Some Remarks on the History and Development of the ASTM Committee E-37 Purity Method
Preparation and Evaluation of a Set of Thermal Purity Standards
Optimization of Accuracy and Precision in the Differential Scanning Calorimetry Dynamic Purity Method
Blaine R., Hunter J.
The Purity Determination of Three Compendial Steroids by Differential Scanning Calorimetry
Lim O., Oliver E.
Purity Analysis by Dynamic and Isothermal Step Differential Scanning Calorimetry
Thermal Analysis of a Binary System with Distribution Coefficient Much Greater Than 1:2, 3 Dimethylnaphthalene/Anthracene
Determination of the Purity of Metals by Temperature-Dependent Electrical Properties
Cryoscopic Determination of the Purity of Benzene by Calorimetry
Furukawa G., Piccirelli J., Reilly M.
Purity Determination by Simultaneous Differential Scanning Calorimetry-Thermomicroscopy
Bayer G., Riesen R., Wiedemann H.
Determination of Impurities in Minerals by Means of Standardized Differential Thermal Analysis
Paper ID: STP838-EB
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