Applications
The Visualizing Multifunctional Thermal Stage was originally designed for the observation of two-dimensional material growth. With further research and development, and the small size, visualisation, high efficiency, multiple atmospheres and other features of the thermal stage, the application areas are expanding and the possibilities are endless.。
Nanosheet Array
As the first customer of Units-tech, the team led by Academician Liu Yunqi and Professor Wei Dacheng from Fudan University proposed a self-anchored van der Waals stacking growth mechanism, enabling the array growth of transition metal dichalcogenide nanosheets.
This work was published in the top international materials journal, Advanced Materials (Impact Factor: 27.4).
The image on the right shows "high-temperature in-situ observation of the self-assembly behavior of source droplets on the substrate surface."
In-situ observation of MoS₂ growth
In-situ observation of upright growth of WS₂
In-situ observation of inverted growth of MoS₂
Videos
Ostwald Ripening
Recorded heated phase transition of sulphur powder in nitrogen gas with the visualizing multifuncitonal thermal stage.
High-temperature phase transition of copper
Recorded heated phase transformations of copper in air with the visualizing multifunctional thermal stage
Tungsten disulphide growth video
Recorded growth of tungsten disulphide with the visualizing multifunctional thermal stage
