Introduction of the SEE Lab
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The seeLab's final mission is to push the development of sustainable energy and environment
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The seeLab's current goal is to understand the coupling between electro-chemo-mechanics, the electrochemical ion insertions, and their application in energy storage and water purification.
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The seeLab's research approach is the data-computation-experiment mutual reinforcement:
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Computational simulations (density functional theory, molecular dynamics, finite element, phase field) are utilized to reveal fundamental understandings;
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Experimental efforts (electrochemistry, fluid dynamics, mechanics) are conducted to explore new physics, verify theoretical predictions, and prototype innovative inventions;
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Machine learning models are employed to identify patterns from enormous experimental/computational data.
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Research Projects
Solid-state Batteries in Energy Storage
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Project 1: Illustrating the mechanism for dendrites growth in various battery systems.
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Project 2: Anode-free architecture for the solid-state batteries.
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Project 3: Minimizing volume change and reducing stack pressure in solid-state batteries.
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Project 4: General Framework Development on Electro-chemo-mechanics.
Capacitive Deionization in Water Desalination
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Project 1: Illustrating the transport mechanism in CDI channel and ion-exchange membranes.
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Project 2: Harvesting Li element from brine/seawater with the flow CDI system.
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Project 3: Investigating the heavy-metal removal with various electrode materials in CDI.
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Project 4: High through-put screening of membrane and electrode material for water treatment.