Electron microscopy networks

FIGURE 22.1 Transmission electron microscopy (TEM) micrograph of a carbon black network obtained from an ultrathin cut of a filled rubber sample. 

Electron microscopy and X-ray diffraction experiments conducted on resilin-containing insect cuticle provided further support for resilin existing in the rubbery state as a crosslinked random network of protein chains. No fine structure was revealed by the electron microscopy experiments and zero crystallinity could be detected from the X-ray diffraction experiments. Furthermore, the diffraction... 

Figure 16.2 Transmission electron microscopy image of steam-stabilized Y zeolite showing mesopore network.

Figure 4. Transmission electron microscopy morphology of 50/50 cro55-poly( -butyl acrylate)-/ ler-croM-polystyrene IPNs as a function of network I cross-link density. (Reproduced with permission from ref. 18. Copyright 1982 Polymer Engineering and Science.)...

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