LABORATORY OF ADVANCE SYNTHESIS AND CHARACTERIZATIONS

·???????? Allow me to introduce the?Low-Temperature Advanced Scientific Chamber (LASC)?Microprobe Station, a state-of-the-art research facility designed to investigate the stability and performance of perovskite thin films and crystals. The microprobe station offers an impressive temperature range of -30°C to 350°C, enabling precise characterization of perovskite materials and devices under a wide range of operating conditions.

·Additionally, we have developed a specialized?LASC Perovskite Solar Cell Stability Setup?that can measure the long-term stability of Perovskite solar cells under varying temperature and environmental conditions.

This setup is particularly useful for studying the degradation mechanisms and optimizing stability-enhancing strategies for Perovskite solar cells.

Moreover, our?LASC Sample Holder?provides a unique advantage by offering customizable sample positioning, allowing researchers to selectively study specific pixels within a Perovskite solar cell. This flexibility in sample manipulation can lead to more targeted and insightful investigations into the performance and stability of these devices