Results 281 to 290 of about 11,032,615 (302)
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Quantitative Phase Analysis in the System CaSO4.xH2O by TG-DTA Methods

1980
The quantitative determination of different components in the system CaSO4.xH2O is necessary for the production and application of technical plaster qualities. Applying the common method this analysis needs four divergently prepared samples and a period of about 200 hours. Using a simultaneous TG-DTA apparatus with water vapour atmosphere on the sample,
Winfried Hädrich, Erwin Kaisersberger
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Revisiting Deep Learning DTA Methods from the Dataset Viewpoint

In this work, we present a study revisiting deep learning drug-target affinity models, which are otherwise used as benchmark methods in the literature to compare more complex and heavy-weighted architectures. We focus on training and testing these models using pKd values from BindingDB, a dataset that presents binding affinity information of a high ...
Gustavo Cárdenas   +3 more
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Interaction analysis of systems involving refractory compounds by means of DTA method

Thermochimica Acta, 1985
Using DTA and other methods, the study on interaction of silicon nitride with nitrides of titanium, vanadium and zirconium carbide was carried out. The typical features of such interactions are the effect of Si3N4 dissociation stability and the formation of transient metals'-silicides.
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Applıcatıon of Mathematıcal Statıstıcs and Pattern Recognıtıon Methods to the Evaluatıon of DTA Results

1972
To reach a high degree of digitality of information obtained with the help of DTA for the detection of cograduation between DTA diagrams separate characteristics and for the selection of indications necessary to build recognition systems the DTA results analysis was made.
O. P. Mchedlov-Petrossyan   +2 more
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A study of polypyromellitimide fibres by the DTA method

Fibre Chemistry, 1983
A. T. Kalashnik   +6 more
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High-pressure DTA method for clay analysis

1990
A technique for differential thermal analysis at pressures up to 10 kbar and temperatures to 950°C in both open and closed systems is presented. Adding a pressure dimension to conventional differential thermal analysis expands the range and type of potential studies significantly.
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