Sentence examples for distinct ribbons from inspiring English sources

For instance, the facade is composed of five distinct ribbons of undulating glass, intended to symbolize the five books of the Torah: Genesis, Exodus, Leviticus, Numbers and Deuteronomy.

Those familiar with Mr. Eisenman's work of the last decade will see his influence in the serpentine outline of the roof, its division into distinct ribbons and the sectional organization of the interior.

To check that the mixture is at the right stage, lift the beaters from the bowl – the mixture that falls off should leave a distinct ribbon-like trail on the surface.

Indeed, the induced twisting of fibres by chiral species has recently been harnessed as a sensor for detecting chiral compounds.[ 33] SEM images of 1 1 mixtures of 3 and 5 clearly show separate fibres with the distinct ribbon-like and cylindrical morphologies characteristic of the parent compounds.

It is interesting to note that there are just two distinct configurations for ribbons created from 2Pmmn and 8Pmmn borophene sheets [15], but here, we are faced with more diversity.

In another sporadic case, Bodian-positive inclusions positive for 4R but not 3R tau have electron microscopic features with twisted ribbon distinct from those of typical Pick bodies [ 83].

The crystal supramolecularity in the (2,2′-imdipyH2)[MX4] series corresponds to three distinct structural motifs: Parallel ribbons of infinitely connected cyclic dimers of two dications and two anions found in the isomorphous salts of [CoCl4]2− and [CuCl4]2−; and cyclic dimer hearing-bone packing motif found in the isomorphous dication salts of [CoBr4]2− and [HgBr4]2−.

R-bodies are highly insoluble protein ribbons that form distinct coiled cylindrical structures synthesized by a limited number of Gram-negative species.

These findings reveal two distinct functions of Ribeye in ribbon synapse formation--clustering Ca(V 1.3a channels at the presynapse and stabilizing contacts with afferent neurons--and suggest that Ribeye plays an organizing role in synaptogenesis.

Circular dichroism spectroscopy studies indicated that the secondary structural conformation within the straight-type and ribbon-type fibrils were distinct, further suggesting divergent assembly pathways.

(A ) Ribbon diagram of two distinct TRM conformations observed in the Tat-AFF4-P-TEFb crystal structure (red, blue, yellow/dark red, light blue, green).