In situ TEM has a broad range of applications in nanotechnology, including:
Material Science: Studying the growth mechanisms of nanocrystals, phase transformations, and defect dynamics. Catalysis: Observing catalyst nanoparticles during reactions to understand their active sites and deactivation processes. Battery Research: Monitoring the lithiation and delithiation processes in battery electrodes to improve their performance and lifespan. Biological Systems: Investigating the behavior of biomolecules and nanomaterials in physiological environments. Mechanical Testing: Analyzing the deformation and fracture mechanisms of nanomaterials under mechanical stress.
