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AFM and LFM images

Fig. 10. AFM and LFM images of three-component micropatterned organosilane monolayers, (a) The AFM and LFM images of an OTES/FHETES/AEAPDMS micropatterned surface (c) and (d) the line profiles of white line parts in (a). Fig. 10. AFM and LFM images of three-component micropatterned organosilane monolayers, (a) The AFM and LFM images of an OTES/FHETES/AEAPDMS micropatterned surface (c) and (d) the line profiles of white line parts in (a).
Fig. 18. CM-AFM lithography LFM images of the sample surfaces with the current injection in (a) the air and (b) in vacuum. Fig. 18. CM-AFM lithography LFM images of the sample surfaces with the current injection in (a) the air and (b) in vacuum.
Figure 9.8 (a) AFM and (b) LFM image of patterned PAN I films (Reprinted with permission from Applied Surface Science, Fabrication of patterned polyaniline microstructure through microcontact printing and electrochemistry by Fei Guan, Miao Chen, Wu Yangetal., 230, 1—4, 131-137. Copyright (2004) Elsevier ltd)... [Pg.385]

SPM Scanning probe microscopy (a general term encompassing all types of microscopy which utilize a scanned micro-sharpened probe and feedback circuitry to image nanometric phenomena, including AFM, ECAFM, LFM, STM, and many others)... [Pg.23]

Figure 7. Height (AFM) and friction (LFM) images of a spin-cast polystyrene/polyfmethyl methacrylate) polymer blend [PS/PMM A (1 10 w/w)], obtained with (a) gold-coated and (b) SiO, tips under perfluorodecahn. Figure 7. Height (AFM) and friction (LFM) images of a spin-cast polystyrene/polyfmethyl methacrylate) polymer blend [PS/PMM A (1 10 w/w)], obtained with (a) gold-coated and (b) SiO, tips under perfluorodecahn.
Figures. AFM (a), LFM (b) images and relation p betw n canning direction of cantilever and chain folding Erection (c) of single crystals of the fiactionated HOPE (Mw=120k) single cry s. Figures. AFM (a), LFM (b) images and relation p betw n canning direction of cantilever and chain folding Erection (c) of single crystals of the fiactionated HOPE (Mw=120k) single cry s.
Fig. 17 Top Schematic of DPN process bottom Sequence of LFM force images (acquired in air friction forces (a.u.) increase from dark to bright contrast) of arrays of lines with mean widths ( standard deviation) of 50 20 nm and 70 10 nm produced by DPN of G4 PAMAM dendrimers on NHS-CIO SAMs on granular gold. The contrast in the LFM scans is reversed compared to the microcontact-printed patterns, which were scanned with a clean Si3N4 tip. As also observed in an independent study [92], the remaining ink on the AFM tip used for DPN alters the relative magnitude of the friction forces in this situation. (Reprinted with permission from [77], copyright (2004), American Chemical Society)... Fig. 17 Top Schematic of DPN process bottom Sequence of LFM force images (acquired in air friction forces (a.u.) increase from dark to bright contrast) of arrays of lines with mean widths ( standard deviation) of 50 20 nm and 70 10 nm produced by DPN of G4 PAMAM dendrimers on NHS-CIO SAMs on granular gold. The contrast in the LFM scans is reversed compared to the microcontact-printed patterns, which were scanned with a clean Si3N4 tip. As also observed in an independent study [92], the remaining ink on the AFM tip used for DPN alters the relative magnitude of the friction forces in this situation. (Reprinted with permission from [77], copyright (2004), American Chemical Society)...

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