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TOPEM: Advanced Multi-Frequency TMDSC
Temperature modulated DSC (TMDSC) is a useful technique to study complex materials. In just one single measurement, TOPEM™ delivers the quasi-static heat capacity as well as the reversing and non-reversing heat flows. The frequency dependent complex heat capacity can also be computed in a wide frequency range.
This technique is heavily employed in academic research to characterize complex and advanced materials. To further the use, development, and understanding of TOPEM for DSC, we have compiled a selection of peer-reviewed publications. Download it to find published articles that can help with your research.
List of peer-reviewed publish articles for TOPEM.
Features and benefits of TOPEM
- Separation of total heat flow into reversing (sensible) and non-reversing (latent) heat flow components – permits separation of overlapping effects
- Unique multi-frequency technique – can easily distinguish between frequency-dependent effects and frequency-independent effects in a single measurement
- cp determination from the pulse response – a very accurate method for determining the quasi-static heat capacity
- Simultaneous high sensitivity and high resolution – for measuring low energy transitions and/or close-lying temperature-dependent effects
