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Silica nanoparticles microscopy images

CARS microscopy has emerged as a highly sensitive analytical tool for vibrational bioimaging, predominantly, of lipids in membrane model systems [69, 81-84], live unstained cells [85-95, 43], and both ex vivo and in vivo tissues [26, 96-103, 43]. Examples of CARS imaging applications in the physical and material sciences include the study of fracture dynamics in drying silica nanoparticle suspensions [104], patterned polymeric photoresist film [105], drug molecules in a polymer matrix [106], and liquid crystals [107, 108],... [Pg.126]

Fig. 2 Top -view microscopy images of different substrates considered in this work, (top) Flat silicon and silica sphere arrays before chemical treatment, (middle) Similar substrates after PFOTS treatment, (bottom) Images of flat silicon and silica sphere arrays decorated by gold nanoparticles. The wettability results (insets) show that superhydrophobicity is achieved on hierarchical structures as depicted by a large contact angle for identical surface chemistry... Fig. 2 Top -view microscopy images of different substrates considered in this work, (top) Flat silicon and silica sphere arrays before chemical treatment, (middle) Similar substrates after PFOTS treatment, (bottom) Images of flat silicon and silica sphere arrays decorated by gold nanoparticles. The wettability results (insets) show that superhydrophobicity is achieved on hierarchical structures as depicted by a large contact angle for identical surface chemistry...
FIGURE 6.5 Transmission electron microscopy images of as-cast 10 wt% 50-nm bare silica nanoparticles in a 14.7 K P2VP matrix prepared by the solvent casting method using (a) methyl ethyl ketone and (b) pyridine as solvents. (Adapted from Jouault Nicolas et al. Macromolecules., 47, no. 15, 5246-5255, 2014b.)... [Pg.105]

Transmission electron microscopy images along the injection direction of the impact specimen bars provide direct inspection of the nanoparticles in the PP matrix (Figure 3.14). In the case of untreated naiio-silica/PP composite, large agglomerates (> 500 nm) appear and there is no trace of elongation of... [Pg.129]

Figure 7.1 Transmission electron microscopy image of silica nanoparticles synthesized via the reverse microemulsion method. Figure 7.1 Transmission electron microscopy image of silica nanoparticles synthesized via the reverse microemulsion method.
Figure 5.19 TEM image of nano-spheres prepared by (a) micro-emulsion or (c) sol-gel techniques, (b) Two-photon scanning microscopy of MDA-MB-231 cancer cells stained with anti-CFR conjugated nanoparticle, (d) Two-photon luminescence images of single silica nanoparticles. Adapted with permission from [124]. Copyright 2010, John Wiley and [125] Copyright 2008, Royal Society of Chemistry... Figure 5.19 TEM image of nano-spheres prepared by (a) micro-emulsion or (c) sol-gel techniques, (b) Two-photon scanning microscopy of MDA-MB-231 cancer cells stained with anti-CFR conjugated nanoparticle, (d) Two-photon luminescence images of single silica nanoparticles. Adapted with permission from [124]. Copyright 2010, John Wiley and [125] Copyright 2008, Royal Society of Chemistry...
Figure 8.9 (a) High-resolution tiansmission election microscopy (HRTEM) image of chitosan-embedded bimetallic Ni/Fe nanoparticles (Ni/Fe weight ratio =1/4) mixed-matrix membrane (insert shows enlarged image for the squared area of the same membrane), (b) and (c) Election dispersive spectroscopy (EDS) spectra with elemental analysis (shown in Table 8.3) of the membrane with silica at different positions. [Pg.203]


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