Introducing Interpretation of DSC Curves, a self-paced online course from Mettler Toledo. This course has been designed to be interactive and includes explanation of how to interpret DSC curves using clear graphical examples. The first unit explains the concept of Differential Scanning Calorimetry, or DSC, along with the most important properties of baseline. The second unit gives a detailed explanation on the artifacts and its potential causes. It also lists some typical examples of the artifacts. The third unit explains the thermal effects with the help of two cases. The fourth unit describes the effects and the possibilities to measure them. The last unit covers the various important tips for the measuring and interpreting DSE curves. The comprehensive e-training course consists of an e-learning course and a live web-based seminar, webinar. If you would like to take part, please register. The course fee is only $100 U.S. dollars.
DSC is a well-established method that is widely used in industry and research to obtain important information about materials with relatively little experimental time and effort. Sometimes uncertainties arise in the interpretation of the DSC measurement curves of a material. It requires a considerable amount of experience in thermal analysis as well as knowledge of the possible reactions that your particular sample can undergo.
Our self-paced online course presents tips and information that should help you with the systematic interpretation of DSC curves, including those obtained from DSC-related techniques such as Flash DSC, High-Pressure DSC, microscopy, chemiluminescence and dynamic mechanical analysis.
Register now for the DSC curve interpretation e-training course, or visit us for more information on DSC (Differential Scanning Calorimetry) and other thermal analysis solutions, as well as promotions, webinars, other trainings, applications and handbooks.
