It measures the amount of energy absorbed while the sample is heated or cooled. In this method, the heat difference coming from or away from the reference and the sample is shown depending on the temperature or time. DSC has samples and references. power Working with the compensation principle, DSCs keep the sample temperature and the reference temperature the same. If a temperature difference is detected between the sample and the reference, the amount of energy suppli
ed to the sample is changed to keep the temperature the same. In this way, the amount of heat transfer during the phase change in the sample can be determined.
Applications;
Glass transition temperature
Melting crystallization temperatures
Enthalpy determinations