Mechanical-electric-magnetic coupling and energy conversion in two-dimensional materials

Abstract eng:
Nanoscale materials and devices are distinctly different in both properties and functions from their macroscopic counterparts. Having a deep insight into these peculiar properties and functions are crucial to realizing innovative nanotechnology. In two-dimentianl materials, the energy dissipation, structure-dependent dynamic characters and the coupling between external fields and intrinsic local fields are essential issues for developing nanoelectromechanical systems and high-efficient energy conversion technology.

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