13 Super-Resolution Microscopy Techniques Based …
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Fig. 13.3 Resolution test of the 2D plasmonic microscope operated in the geometric optics mode.
The array of triplet nanoholes (c) is imaged using a glycerine droplet shown in (a) using a 10x
microscope objective. The image of the triplet array obtained using a 100x objective at 515 nm
is shown in (b). The least distorted part of the image b is shown at higher digital zooms of the
CCD camera mounted onto the microscope in (e) and (f). Comparison of the image (b) with the
theoretically calculated image d clearly proves the resolving of the triplet structure
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Fig. 13.3 Resolution test of the 2D plasmonic microscope operated in the geometric optics mode.
The array of triplet nanoholes (c) is imaged using a glycerine droplet shown in (a) using a 10x
microscope objective. The image of the triplet array obtained using a 100x objective at 515 nm
is shown in (b). The least distorted part of the image b is shown at higher digital zooms of the
CCD camera mounted onto the microscope in (e) and (f). Comparison of the image (b) with the
theoretically calculated image d clearly proves the resolving of the triplet structure