Papers
4
Total Citations
98
H-Index
4
About
Tian Lin is a materials scientist whose research sits at the intersection of nanomaterials synthesis, combinatorial chemistry, and solid-state chemistry. His work has made significant contributions to the development of high-throughput methodologies for discovering and characterizing novel ceramic and oxide nanomaterials. Lin's most influential contribution is his pioneering work on continuous hydrothermal flow synthesis, which enabled the rapid production of crystalline nanopowders across complex oxide systems. His landmark 2010 study on Zn–Ce oxide nanoparticles (37 citations) revealed an unprecedented solubility of zinc within the fluorite lattice — a finding with important implications for catalysis and functional ceramics. Equally impactful is his role in developing RAMSI (Rapid Automated Materials Synthesis Instrument), a combinatorial robot capable of autonomously manufacturing, cleaning, and printing nanocrystal precursor libraries, accelerating the pace of materials discovery considerably. Lin extended these methodologies toward real-world applications, including the discovery of new iron-doped lanthanum nickelates with tunable electronic properties and the exploration of low-temperature red phosphors — demonstrating the broad versatility of his combinatorial nanoprecursor approach. Together, his body of work has helped establish automated, high-throughput synthesis as a transformative strategy in modern materials science.
Research Focus
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