In this paper, we study the dynamic modes of a scanning near-ΓΏeld optical microscope (SNOM) which uses an optical ΓΏber probe; and the sensitivity of exural and axial vibration modes for the probe were derived and the closed-form expressions were obtained. According to the analysis, as expected each
Vibration of scanning near-field optical microscope probe with
β Scribed by H.-L. Lee; W.-J. Chang; Y.-C. Yang; S.-S. Chu
- Publisher
- Springer
- Year
- 2009
- Tongue
- English
- Weight
- 516 KB
- Volume
- 97
- Category
- Article
- ISSN
- 0721-7269
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## Abstract A setβup able to achieve a magnetic characterization at a subβmicron scale will be presented. Together with topographic and optical images, it is possible to plot local hysteresis loops (LHL) and magnetoβoptical differential susceptibility (MODS) using a transverse MOKEβlike configurati
like a PMC surface for this direction of observation. It can also be noted that the fields are zero for Ο /2, except when Ο 0 and Ο . Thus, the field will propagate along the surface in the direction of the strips, that is, in the direction for which the surface behaves like a hard surface. This cor