Webinar – Fast Scanning Chip Calorimetry
Analyze Reorganization Processes That Had Been Impossible to Measure until Now Using Flash DSC
Fast scanning chip calorimetry is the ideal complement to conventional DSC with heating and cooling rates now covering a range of more than 7 decades. Lauded as the fastest commercially available chip calorimeter, Flash DSC ideal for studying rapid crystallization and reorganization processes, and is able to operate in temperatures from -95 to 1000 °C. These ultra-high cooling and heating rates have considerably progressed the study of thermally induced chemical processes and physical transitions, allowing the study of the crystallization and reorganization of a range of materials including metals and polymers like never before.
This webinar on fast scanning chip calorimetry discusses the basic principles of Flash DSC, including real application examples that demonstrate:
- Melting of PET at different heating rates: comparing Flash DSC to conventional DSC
- Crystallization behavior of polypropylene
- Isothermal crystallization behavior of a bulk metallic glass (BMG)
- Melting of a BMG at high temperatures
- Separation of melting and decomposition in prednisolone
- Glass transition of a silica glass
