Thermal analysis display is the visualization of the results of thermal analysis in order to better understand and analyze the thermal performance of the sample. Thermal analysis can be carried out through various technical means, including differential scanning calorimeter (DSC), thermogravimetric analyzer (TGA), thermal expansion analyzer (TMA), etc.

In the thermal analysis display, the following methods can be used to display the results:

1. Temperature curve: Draw a curve of the temperature of the sample over time. This can display the temperature change trend of the sample during heating or cooling, including changes in thermal capacity, occurrence of thermal decomposition reactions, and location of phase transition points.

2. Heat capacity diagram: Draw a curve of the heat capacity of the sample as a function of temperature. This can help analyze the thermal characteristics of the sample, such as the heat capacity comparison between solid phase transition and liquid phase transition, the phase transition peak and temperature of the material, etc.

3. Heat flow diagram: Draw a graph of the relationship between sample heat flow and temperature. By analyzing the changes in heat flux of the sample, we can understand the characteristics of the sample's endothermic or exothermic processes, including phenomena such as thermal decomposition, moisture absorption, and evaporation.

4. Thermogravimetric curve: Draw a curve of the change in sample mass with temperature. This can be used to analyze the thermal stability, thermal decomposition reaction, and volatile content of the sample.

5. Differential thermal analysis curve: Draw the curve of differential heat flux, heat capacity, or mass change with temperature between the sample and the reference material. This can more clearly display the thermal events that occur in the sample, such as thermal peaks and peak areas, for analyzing the thermal decomposition, phase transition, and other characteristics of the sample.

In addition to the above display methods, suitable display methods can also be selected based on specific experimental requirements and data analysis needs using forms such as heat maps, bar charts, radar charts, etc.

The purpose of thermal analysis display is to display the thermal performance characteristics and trends of the sample through intuitive and visual means, further understand the thermal behavior of the sample, and provide reference and decision-making basis for research and application.