Design and execute experiments to grow 3-dimensional polycrystalline sulfur wafers using advanced liquid phase epitaxy techniques., Optimize the crystallization process to maintain a high degree of control over the porosity, uniformity and thickness of the grown sulfur wafer., Investigate growth mechanisms and establish robust protocols for consistent and scalable wafer production., Design and implement nanomaterial seeding strategies to modulate and control sulfur crystal growth., Evaluate the impact of different nanomaterial seed introductions on the wafer quality, structural integrity, and crystallographic properties., Contribute towards the design and implementation of wafer growing reactor., Collaborate with material scientists to select and tailor nanomaterials for optimal seed-induced growth modulation., Perform comprehensive material characterization using techniques such as X-ray diffraction (XRD), scanning electron microscopy (SEM), and spectroscopy methods., Analyze growth kinetics and crystal morphology, drawing correlations between process parameters and seeding material properties., Maintain record of experimental data and prepare detailed technical reports and publications., Work cross-functionally with scientists, engineers, and external partners to advance sulfur wafer growth technologies., Contribute to patent filings and stay up-to-date with the latest research in crystallization and epitaxy.
