An implementation of the method for surface indentation based on Atomic Force Microscopy (AFM), is presented. The implementation was done using the Force Spectroscopy (FS) usually enabled on this instruments which allow vertical movement of the AFM tip without lateral displacement. Determination of the sensitive factor of the AFM cantilever was necessary to know the applied forces in the indentation process. Force versus depth curves similar to Depth–Sensing Indentation (DSI) curves were obtained however these cannot be used for mechanical diagnostics with Oliver & Pharr method. Indentations about 1 nm and 50 nm of depth on polycrystalline Silicon and 6261 Aluminium alloy respectively were produced. These open important applicationsin m...
O surgimento do Microscópio de Força Atômica (AFM) promoveu um grande impacto na Ciência, de uma for...
This PhD thesis belongs to the trend toward the development of innovative materials for multifunctio...
This PhD thesis belongs to the trend toward the development of innovative materials for multifunctio...
An implementation of the method for surface indentation based on Atomic Force Microscopy (AFM), is p...
Esta tesis doctoral titulada "Determinación de las propiedades nanomecánicas de las superficies med...
Esta tesis doctoral titulada "Determinación de las propiedades nanomecánicas de las superficies med...
This thesis is included in the technical and economical context of nanomaterials, more specifically ...
This thesis is included in the technical and economical context of nanomaterials, more specifically ...
This thesis is included in the technical and economical context of nanomaterials, more specifically ...
This thesis is included in the technical and economical context of nanomaterials, more specifically ...
This thesis is included in the technical and economical context of nanomaterials, more specifically ...
The latest generation in microscopic technology has introduced a group of techniques generically ref...
La última generación en tecnología microscópica, ha puesto en escenario un conjunto de técnicas gené...
Se presenta la implementación de un método para indentar superficies rígidas a nanoescala utilizando...
In this work is shown an experimental procedure in order to characterize and calibrating one Atomic ...
O surgimento do Microscópio de Força Atômica (AFM) promoveu um grande impacto na Ciência, de uma for...
This PhD thesis belongs to the trend toward the development of innovative materials for multifunctio...
This PhD thesis belongs to the trend toward the development of innovative materials for multifunctio...
An implementation of the method for surface indentation based on Atomic Force Microscopy (AFM), is p...
Esta tesis doctoral titulada "Determinación de las propiedades nanomecánicas de las superficies med...
Esta tesis doctoral titulada "Determinación de las propiedades nanomecánicas de las superficies med...
This thesis is included in the technical and economical context of nanomaterials, more specifically ...
This thesis is included in the technical and economical context of nanomaterials, more specifically ...
This thesis is included in the technical and economical context of nanomaterials, more specifically ...
This thesis is included in the technical and economical context of nanomaterials, more specifically ...
This thesis is included in the technical and economical context of nanomaterials, more specifically ...
The latest generation in microscopic technology has introduced a group of techniques generically ref...
La última generación en tecnología microscópica, ha puesto en escenario un conjunto de técnicas gené...
Se presenta la implementación de un método para indentar superficies rígidas a nanoescala utilizando...
In this work is shown an experimental procedure in order to characterize and calibrating one Atomic ...
O surgimento do Microscópio de Força Atômica (AFM) promoveu um grande impacto na Ciência, de uma for...
This PhD thesis belongs to the trend toward the development of innovative materials for multifunctio...
This PhD thesis belongs to the trend toward the development of innovative materials for multifunctio...