Controlling boundary scattering is crucial for optimizing the performance of nanomaterials. Strategies to manage boundary scattering include:
- Surface Engineering: Modifying the surface properties through coatings or chemical treatments can alter boundary scattering effects. - Nanostructuring: Designing materials with specific shapes and sizes can help control the extent of boundary scattering. For example, creating nanoscale patterns can influence electron and phonon paths. - Material Selection: Choosing materials with inherently low boundary scattering, such as those with smoother surfaces or lower defect densities, can improve performance.
