Size and Surface Effects in Nanomaterials – Training Services

Size and Surface Effects in Nanomaterials – Training Services focuses on the fundamental principles governing how size reduction to the nanoscale and increased surface-to-volume ratio influence material properties. The training explores phenomena such as quantum confinement, surface reactivity, catalytic behavior, optical absorption shifts, and mechanical property variations. Participants will gain insights into how these effects are harnessed in applications ranging from catalysis and electronics to energy storage and biomedical engineering. Emphasis is placed on experimental methods and computational tools for studying nanoscale size and surface effects.