Publication | Closed Access
Accurate and traceable measurement of nano- and microstructures
75
Citations
12
References
2006
Year
NanosensorsEngineeringMicroscopyMeasurementMechanical EngineeringLaser FabricationDimensional MetrologyStep HeightPhotonic MetrologyNanolithographyNanometrologyMaterials ScienceNanoscale SystemNanotechnologyLength MetrologyNanomanufacturingTime MetrologyNanohardness Indenter—andMaterial MechanicsMicrostructureNano ScaleNanomaterialsMicrofabricationScanning Probe MicroscopyApplied PhysicsScanning Force MicroscopyMicrodimensional MetrologyNanofabricationTraceable MeasurementMetrology
An approach to establishing rigorous nano- and microdimensional metrology using scanning probe microscopes (SPMs) and metrological profilometers is presented. An overview on calibrations of nanostructures—such as step height, one- and two-dimensional gratings, feature width, nanoroughness and geometry of a nanohardness indenter—and microstructures—such as microgroove, microroughness and geometry of a macrohardness indenter—is given in this paper.
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