Transmission electron microscopy dual tilt photothermal in-situ systemIt is an in-situ analysis system that combines multiple technologies such as optics, thermodynamics, and electronics, using high-precision measurement techniques and equipment to ensure the accuracy and reliability of experimental data.

　　Transmission electron microscopy dual tilt photothermal in-situ systemIt is intelligent software and automation equipment:

1. Human machine separation, software remote adjustment of laser band and intensity, program automation control of tilt angle.

2. Customize the program's heating curve. It is possible to define a heating program with more than 10 steps and a constant temperature time. At the same time, the target temperature and time can be manually controlled. If temperature and constant temperature are required during the heating process, the experimental plan can be adjusted immediately to improve experimental efficiency.

3. Built in absolute temperature calibration program, each chip can re fit and calibrate the curve according to the change in resistance value during temperature control, ensuring the accuracy of temperature measurement and the reproducibility and reliability of high-temperature experiments.

4. The entire process is equipped with precision automation equipment to assist manual operation and improve experimental efficiency.

This device combines various technologies such as optics, thermodynamics, and electronics to monitor the microstructure and performance changes of samples under photothermal excitation. Through this system, researchers can delve into the microscopic world of materials, providing strong support for the design and development of new materials.