Achieving high electron mobility in nanomaterials involves several strategies, including:
Material Purity: High-purity materials with minimal defects and impurities enhance electron mobility. Nanostructuring: Creating nanostructures such as quantum wells, nanowires, and nanotubes can confine electrons and reduce scattering, improving mobility. Strain Engineering: Applying strain to nanomaterials can alter their electronic properties and enhance electron mobility. Surface Passivation: Reducing surface states and defects through passivation techniques can minimize electron scattering, leading to higher mobility.
