Description of the publication:


Sikora, A.


The influence of the electrical field on structures dimension measurement in electrostatic force microscopy mode


Optica Applicata




39 (4)









Atomic force microscopy (AFM); Dimensions measurement accuracy; Electrostatic force microscopy (EFM)


Electrostatic force microscopy (EFM) is one of important tools for diagnostic of surface electric properties on micro– and nanoscale. Its usefulness can be particularly seen when the development of new devices or materials is considered and its electric behavior is to be investigated. Due to the accessibility to both the height and the electrostatic distribution in two–dimensional data matrix, one can easily correlate the topography and electric properties of the surface. It is common that experienced AFM users pay attention to the presence of artifacts, but generally only the influence of the height signal on the EFM signal is considered. In the article, the influence of the electrostatic force on the measurement accuracy of structure dimensions will be shown. Also, the way of avoiding the misinterpretation of data will be proposed.


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Example figure:

Combined 3D topography and electrostatic force microscopy image of biased test sample.

Used methods:

Electrostatic Force Microscopy