AutoEvaluation by NETZSCH is a very helpful tool for evaluation of thermoanalytical measurements. The entire measurement is evaluated by AutoEvaluation automatically and autonomously (not via pre-defined macro!) – with only one mouseclick – and just within a second. This saves a lot of valuable time! Moreover, evaluations from AutoEvaluation are user-independent. AutoEvaluation is clearly supporting beginners but also gives a second opinion for experts. In any case, AutoEvaluation makes thermal analysis smarter!
Video showing the use of AutoEvaluation (and also Identify):
Glass transitions, crystallization and melting peaks observed in DSC measurements of polymers are evaluated automatically. Furthermore, melting peaks of metals and other, e.g., calibration materials can be evaluated. In case of TGA, all significant mass changes are evaluated and the DTG curve can be shown including peak temperatures already labeled – everything with one click by AutoEvaluation. And AutoEvaluation can even be incorporated into measurement methods: In this case, the evaluations are done automatically right after the measurement finished!
Video highlighting the new functions “Endo and Exo” (especially for STA):
The new function for AutoEvaluation, called “Endo- and Exo Effects”, automatically evaluates any endothermic or exothermic effects occurring in DSC curves. Independent of the sample material and independent of the instrument used (NETZSCH DSC 2xx, DSC 404 or STA 449).
Adaptability of AutoEvaluation:
Since several functions like “Polymer” or “Endo and Exo” exist, AutoEvaluation can be adapted to the particular application. Which evaluations done by AutoEvaluation should be displayed? And which properties of these evaluations (like peak area, onset temperature, …) should be shown? All this can be customized in Settings. Last but not least, the results of AutoEvaluation could be revised by the user – if desired.
Interested? Please write a comment.
And don’t forget to see also Smart Thermal Analysis (Part II): Identify
Dr. Alexander Schindler has worked in the fields of experimental physics, thermal analysis and thermophysical properties for over 19 years. At NETZSCH, he has been employed in the Applications Laboratory as well in the Hardware and Software Development. He is a known expert in thermal characterization methods and applications.