Subscribe to our Newsletters !!
Cell therapy is a medical breakthrough in addressi
Chromium, a transition metal with profound pharmac
Few names in the medical history have had a profou
We are pleased to announce that we have recently e
Cipla Limited (BSE: 500087; NSE: CIPLA EQ; and her
It is important to understand that natural remedie
Dear Readers, Welcome to the latest issue of Mi
Various scientific disciplines such as polymer science, materials science, and chemistry require the ability to interpret Thermogravimetric Analysis (tga analysis)) information. TGA gauges the variation in mass of a sample versus temperature (or time) under an atmosphere that has been controlled.
Also readGuide to Calibration Curve Preparation: Principle and Methodology
Temperature and Atmosphere: Indicate temperature range and type of atmosphere (air, nitrogen etc.) used during analysis since these details assist in interpreting reactions.
Comparison between Multiple Curves: For multiple TGA curves say for different samples or heating rates compare them so as to identify dissimilarities or similarities in thermal behaviours.
Use with other Analytical Methods: In order to get a holistic view about what is going on use TGA information together with other results received from other methods like DSC, FT-IR, XRD.
Utilize Software Tools: Most TGA instruments are equipped with software tools for data analysis. Get to know these tools so that you can extract quantitative information from the graphs.
Remember that interpreting TGA data is often a combination of science, experience, and a good understanding of the specific material or process under investigation.