Research Projects

Structure dynamics of electrode materials in the battery Fundamental understanding of the battery

To be updated

Structural evolution under physical and chemical stimuli Manipulating crystal structure and phase behaviors

to be added

X-ray/Neutron Scattering Revealing crystal structure

We utilize scattering to understand the statistical atomic arrangement of materials. We apply the diffraction methods to understand long-range crystal structure and pair distribution function(PDF) to understand the local short-range structure of the materials. We are employing in-situ and operando measurements to track the structural evolution behaviors of the materials under different conditions. Our group travels to various national laboratories to utilize the Synchrotron X-ray and Neutron source.

Solid-state NMR A local environment probe

Nuclear Magnetic resonance(NMR) is sensitive to the local chemical environment of specific nuclei. The local chemical environments are impacted by the bonding, surrounding atoms, and magnetic spins. NMR is also capable of detecting dynamics.

To be added a subtitle

To be added