Photoelectron display thermophysical studies for simultaneous thermals are very important and critical in many relevant academic sciences. The heating capacity is closely related to the microstructure of the approved material and is important in monitoring the energy content of the system. Therefore, calorimetry plays an important role in the cataloging of physical systems, especially in the transition phase where energy fluctuations are very important. This paper summarizes the ability of photothermographic technology to study the variation of certain heat and other thermal parameters with temperature and is closely related to the transition. The working principle is applied to the theoretical basis, and the experimental structure and additional benefits of the technology compared with the traditional technology are described in detail. The integration in the calorimetric setting provides the possibility of performing calorimetric studies while also depicting the complementary nature of optical, structural and electrical properties. This paper reviews the high temperature resolution results for several phase transition parameters in different systems under various possible configurations.