Tips & Tricks for perfect results

In this section we are introducing thermal analysis tips and tricks for successful laboratory research.

Determination of the Oxidation Induction Time or Temperature: OIT and OOT
Πάντα ῥεῖ (Panta Rhei) “Everything Flows“ – Thermal Analysis on Liquids
Calibration Materials
Influences of Heating and Cooling Rates on the DSC Measurement Result
Tips for Sample Preparation for DSC Measurements
Up to Which Temperature Can Hermetically Sealed Aluminum Crucibles Be Employed?
Chemical Behavior of Pt, Al2O3 and Graphite Crucibles and Sensors
Determination of the Oxidation Stability of Fats and Oils
Not Even Platinum is Everlasting!
Material Compatibility – Sample in Crucible
Recommendations for Cleaning Al2O3 and Pt Crucibles
Investigations of the Influence of Crucible Geometry on the Combustion of Different Carbon Black Samples
Precise Determination of the Specific Heat by Means of DSC
Important Factors for Selection of Suitable DSC, TGA and STA Crucibles for Your Sample
Factors Influencing the DSC and TGA Measurement Results
Not Just Clean, but Ultra-Clean! Tips for cleaning platinum and alumina crucibles
Calibration Materials
Investigations of the Influence of Crucible Geometry on the Combustion of Different Carbon Black Samples
Πάντα ῥεῖ (Panta Rhei) “Everything Flows“ – Thermal Analysis on Liquids
Chemical Behavior of Pt, Al2O3 and Graphite Crucibles and Sensors
Material Compatibility – Sample in Crucible
Recommendations for Cleaning Al2O3 and Pt Crucibles
Important Factors for Selection of Suitable DSC, TGA and STA Crucibles for Your Sample
Factors Influencing the DSC and TGA Measurement Results
Material Compatibility – Sample in Crucible
Recommendations for Cleaning Al2O3 and Pt Crucibles
Important Factors for Selection of Suitable DSC, TGA and STA Crucibles for Your Sample
Investigations of the Influence of Crucible Geometry on the Combustion of Different Carbon Black Samples
Calibration Materials
Chemical Behavior of Pt, Al2O3 and Graphite Crucibles and Sensors
Determination of the Specific Heat by Means of LFA
Reference Materials
When and How Must Samples Be Coated During LFA Measurements?
Πάντα ῥεῖ (Panta Rhei) “Everything Flows“ – Thermal Analysis on Liquids
Importance of the Sample Geometry for LFA Measurements
How to Measure Rigid, Higher Thermal Conductivity Samples by Means of HFM
DIL/TMA – Even Special Samples Can Be Handled!
Calibration Materials
DIL/TMA – Even Special Samples Can Be Handled!
Calibration Materials
Calibration Materials and Accessories
Rheology for Beginners – Determining the Viscosity of a Hand Cream
Rheology – How to Select the Appropriate Measuring Geometry
What is the Influence of Crucible Lids on the Thermal Behavior of Hydrates?
How to Avoid Incorrect Results Due to Improper Sample Preparation