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Analysis of the surface topography
What is topography?
Topography is part of a surface analysis context.
Many interactions remain on a material surface. These play a major role in the behavior of the material, in order to better understand them, surface analysis is necessary.
Finally, the surface topography manifests itself on three levels:
- Macrographic, the surface is the limit between the solid and its environment
- Microscopic, the surface presents numerous irregularities and mechanical alterations. These are superimposed on the shape defects. The “microscopic” level aims at the geometry of the roughness profile
- Nanometrically, the surface can be schematized by an irregular stacking of atoms with a discontinuity in the arrangement of the atoms of the solid which confers to the surface atoms an intrinsic energy higher than those of the volume.
Moreover, the properties and surface states of a material allow an adaptation of the manufacturing processes.
What parameters are obtained from the surface topography?
Topographic surface analysis is used for various applications such as:
- Analysis of the surface condition of a material
- Analysis of roughness
- The study of a surface defect
- Phase identification
- Structural analysis of a surface
FILAB supports you in your topographic analysis needs...
The FILAB laboratory is equipped with an analytical park of more than 2000m² to meet your needs for chemical and physical analyses of surfaces and topographic examinations:
Atomic Force Microscopy (AFM)
Optical Microscope (OM)
The positive aspects of FILAB
A highly qualified team
Responsiveness in responding to and processing requests
A complete analytical park of 2100m²