Sentence examples for significantly larger specific from inspiring English sources

Compared to other graphene samples, HGNS possessed significantly larger specific surface area and higher density of defects, suggesting that defect-induced losses, interfacial polarization, and multiple reflection/scattering at the interfaces are the major loss mechanisms.

The used ODS particles provide a significantly larger specific surface area than that of planar systems.

Newly-designed 3D G/Au film possessed excellent properties of significantly large specific area, good electrical conductivity, high structure stability and substrate binding strength, etc.

In an animal model for hypertension and attention-defcit/hyperactivity disorder, the storage compartments containing adrenaline-like signaling molecules were significantly larger in specific brain areas and contained more of the chemical comessenger, neuropeptide Y, suggesting an extended and altered signaling range.

Vs Vp piglets had significantly larger M. hyopneumoniae-specific DTH lesions (mean orthogonal diameter) compared to all other treatment groups at 7 dpv (p < 0.01; Figure  5A).

Compared to Ceria NM-212, NM-211 has considerably smaller primary particles, larger specific surface, significantly fewer organic contaminations on the surface, and reduced photocatalytic activity.

Compared to NM-212, the Ceria NM-211 had considerably smaller primary particles, larger specific surface, significantly fewer organic contaminations on the surface, and much reduced photocatalytic activity.

It clearly shows that nearly the same number (~ 250) of orthologous gene pairs (old-old pairs) are present in overlapping manner in both the species, whereas a significantly larger number of A. aegypti specific genes (young-young pairs, circle A) are in overlapping position compared to A. gambiae (circle C).

Significantly larger categories for the insect-specific proteins relative to the eukaryote core are stimulus and defense response.

The mean length of shared transcripts among ecotypes (B1K2 = 800 bp and B1K30 = 741 bp) was significantly larger (p <0.001) than ecotype-specific transcripts (B1K2 = 461 bp and B1K30 = 420 bp).

As shown in Figure 5C, wild-type GST-Gtr2 was precipitated in a Kog1-TAP-dependent manner (relative amount, 21.6); the amount of material pulled down in the specific precipitation was significantly larger than the amount pulled down by nonspecific binding, possibly to the resin (see control lane; relative amount 5.2), which could not be entirely prevented.