Yuting Chen Email & Phone Number

Tucson, Arizona, Us

1. Developing next generation all-solid-state batteries (collaborated with LG Energy Solutions,Korea)- Fabrication of high-quality thin solid-state electrolyte films assisted by machine learning.- Investigating dry room compatibility of sulfide and chloride solid-state electrolytes for scalablemanufacturing with multiple characterization techniques.- Evaluating the importance and scalability of isostatic fabrication for all-solid-state pouch cellsusing FIB reconstruction and image processing techniques.2. Characterizing composite cathode materials in all-solid-state pouch cells (collaborated withSOLIDpower, US)- Obtaining FIB/SEM cross-sections of cycled all-solid-state pouch cells.

1. Developing Li-S Batteries Applicable to Power Banks for 3C Electronics (collaborated withIndustrial Technology Research Institute, Taiwan)- Synthesized expanded graphite–sulfur composite cathode material in kg scale.- Fabricated MoO3-coated separator in 10-meter scale.2. Other Research- Mitigating Metal Dendrite Formation in Lithium–Sulfur Batteries via Morphology–TunableGraphene Oxide Interfaces.- Synthesized electric field–aligned copolymer–ceramic composite electrolyte membrane for flowlithium batteries

1. Developing Solid Electrolyte Powders with High Conductivity for Lithium-Ion Batteries(collaborated with Dijiya Company, Taiwan)- Synthesized solid state electrolytes and assemble of all solid state batteries.- Applied cyclic voltammetry on Li | LLZO | Li system and characterize the chemical evolution.2. ANSTO project 4460: In-Situ Study of a Solid-State-Electrolyte Coated Excess-LithiumCathode Material (supported by National Synchrotron Radiation Research Center, Taiwan)- Synthesized surface modified lithium excess materials using solution-based route.- In-situ neutron powder diffraction of the materials.