A review of the state of the art when measuring the nanohardness using the Atomic Force Microscope
Diego Arias, Daniel Barrientos Pérez, Juan M. González
Abstract
Diego Arias, Daniel Barrientos Pérez, Juan M. González
Abstract
in nanotechnology, one of the powerful tools is the atomic force microscope (AFM). Instrument used to characterize materials superficially. Nanoscale hardness (nanohardness) using nanoindentation method spectroscopy mode is considered when evaluating these characteristics. The suitable equipment to measure the hardness in materials such as thin films, with thicknesses on the order of tens of nanometers is the AFM. In this article, the authors propose a first approach to some models used to evaluate the hardness, using the AFM, based on the elastic model.
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in nanotechnology, one of the powerful tools is the atomic force microscope (AFM). Instrument used to characterize materials superficially. Nanoscale hardness (nanohardness) using nanoindentation method spectroscopy mode is considered when evaluating these characteristics. The suitable equipment to measure the hardness in materials such as thin films, with thicknesses on the order of tens of nanometers is the AFM. In this article, the authors propose a first approach to some models used to evaluate the hardness, using the AFM, based on the elastic model.
Key concepts: Nanoindentation, Atomic force microscopy, Force spectroscopy, Nanoscopic scale, Nanometre, Materials science, Nanotechnology, Microscope