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Texture divergent

Figure 9. Top Two tetraurea calixarene monomers connected by a rigid spacer at their bottom rim display diverging hydrogen-bonding sites ideally suited for polymerization. The polymer (53) bears capsules of ca. 1.6 nm x 2.2 nm dimensions like beads on a string. Bottom Photomicrographs of typical Schlieren textures of 53 in chloroform (top row, left) and p-difluorobenzene (top row, middle) as viewed... Figure 9. Top Two tetraurea calixarene monomers connected by a rigid spacer at their bottom rim display diverging hydrogen-bonding sites ideally suited for polymerization. The polymer (53) bears capsules of ca. 1.6 nm x 2.2 nm dimensions like beads on a string. Bottom Photomicrographs of typical Schlieren textures of 53 in chloroform (top row, left) and p-difluorobenzene (top row, middle) as viewed...
Fig. 2 POM observations of a concentrated PCIBLA solution (25 wt%) in TCE. The birefringent cholesteric texture changes its sign from (a) left (90°C) to (c) right (102°C) with increasing temperature, (b) The cholesteric pitch diverges in the transition region (97°C). The screw sense of the polypeptide backbone transforms from right to left, accordingly. Reprinted with permission from [76]. Copyright 2005 Wiley-VCH... Fig. 2 POM observations of a concentrated PCIBLA solution (25 wt%) in TCE. The birefringent cholesteric texture changes its sign from (a) left (90°C) to (c) right (102°C) with increasing temperature, (b) The cholesteric pitch diverges in the transition region (97°C). The screw sense of the polypeptide backbone transforms from right to left, accordingly. Reprinted with permission from [76]. Copyright 2005 Wiley-VCH...
As (0 increases towards O), then PD diverges markedly [164], and this differentiates between the two regimes (i.e., A >0 or <0). So at low frequencies for A <0 the undulation modes are still observed, but at higher fields the conductivity mode dominates and again leads to a scattering texture. [Pg.1371]

Divergent Textures and Convergent Textures (Figure 7). This texture is characterised by a wedge-shaped unit in which most of the lateral thickening or thinning is accomplished by thickening of individual reflections... [Pg.7]

Fig. 7. Divergent and convergent textures (a) divergent and (b) convergent (modified after Mitchum et al. [2]). Fig. 7. Divergent and convergent textures (a) divergent and (b) convergent (modified after Mitchum et al. [2]).
Fig. 10. Different channel fiU textures (a) onlap fill, (b) mounded onlap fill, (c) divergent fill, (d) prograded fiU, (e) chaotic fiU, and (f) complex fill (modified after... Fig. 10. Different channel fiU textures (a) onlap fill, (b) mounded onlap fill, (c) divergent fill, (d) prograded fiU, (e) chaotic fiU, and (f) complex fill (modified after...
Channels can show different types of textures due to various Ailing mechanisms and size, aspect ratio, sinuosity, etc. We can differentiate onlap All, prograded fill (progradational clinoforms can have all the shapes described in Subsection 4.2), mounded onlap fill (in this case the channel top is convex upward), chaotic fill, divergent fill, and complex fill. [Pg.10]


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See also in sourсe #XX -- [ Pg.6 ]




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