Sentence examples for amorphous zone from inspiring English sources

High-resolution bright-field TEM images show that two Itokawa particles RB-QD04-0015 and RB-QD04-0024 hane amorphousous zone (labeled 'I' in Figure 7c,d) and a partially amorphized zone (labeled 'II' in Figure 7c,d), while those of the other two particles (RB-QD04-0008 and RB-QD04-0011) disharp sharp lattice fringes to the surface (Figure 7a,b).

Scientists say much of the debris will end up in the great, amorphous zone known as the Pacific Garbage Patch, where fragments of modern society hang in the water, leaching chemicals and contaminating fish and seabirds.

More recently, from a home base in Brooklyn, he has made inroads within the increasingly amorphous zone that now represents the modern jazz mainstream, earning respectful endorsements from John Abercrombie and Ben Monder, guitarists whose thoughtful styles he has effectively absorbed.

The membrane is formed with hyaluronic acid and peptide amphiphiles with binding affinity for heparin, and its hierarchical structure contains both an amorphous zone and a layer of fibrils oriented perpendicular to the membrane plane.

Microstructure and crystallographic particularities of the WO3-NiO library investigated by SEM and XRD revealed three distinct compositional zones: A low Ni concentration zone containing crystalline WO3 and amorphous NiO, a high Ni concentration zone containing crystalline NiO and amorphous WO3 and a middle range amorphous zone connecting the extremes.

Firstly, some imino groups of RSD-NH2 form a silver ammonia complex with silver nanoparticles, which easily penetrate into the amorphous zone of silk fibers.

A novel Mg42Li23Cu25Y10 nanostructure-bcc ductile phase composite containing a Mg2Cu phase and amorphous zones has been obtained by injection casting.

The subcascades initiate localized thermal spikes that melt and quench rapidly to ambient temperature, leaving behind vitrified amorphous zones of exceptionally high fictive temperature.

Positron data strengthen such a conclusion, showing a reduction of the amorphous zones as monitored by the corresponding decrease of positronium (Ps) formation.

The degradation leading via chain scissions to the formation of volatile byproducts is shown to be heterogeneous by mainly affecting amorphous zones.

The simulation also reveals details of the bonding environments and shows different densities of the amorphous zones produced at different energy deposition rates.