Sentence examples for substantially higher frequencies from inspiring English sources

Experimental results yield values in agreement with those obtained through capacitive modeling using Al2O3 dielectric coatings (C > 20 mF/cm3), and the solid-state dielectric architecture enables the operation of these devices at substantially higher frequencies than conventional electrolyte-based capacitor designs.

In comparison to the original set we obtained substantially higher frequencies of non-conservative events in the simulation set (insertions: 6%, deletions: 18%).

For example, active surveillance and use of checklists have been shown to yield substantially higher frequencies of adverse events than the use of passive or less-focused methods.

We found that currently active agricultural workers had substantially higher frequencies of detection of agricultural herbicides in their homes than did former agricultural workers and nonfarmers.

Nonetheless, recent work shows that long-range synchronizations can also occur at substantially higher frequencies (>30 Hz) in cats (Engel et al. 1991), monkeys (Buschman and Miller 2007; Gregoriou et al. 2009), and also in humans (Rodriguez et al. 1999; Hipp et al. 2011; Palva and Palva 2012).

Thus, mutations are minimally detectable in the IgVH of splenic B-1a cells from neonates (2 7 days) and young mice (2 3 weeks), are at lower frequencies in 2 month old mice, and are at substantially higher frequencies in 4 6 month old animals.

Cells cultured on substrates with smaller pitches exhibited a substantially higher frequency of cell alignment and smaller circularity index.

Even for satellite communication norms, the Ka band is substantially higher frequency than the Ku band used by many satellites today.

Self-fertilized eggs develop with a substantially higher frequency of anomalies during cleavage than cross-fertilized eggs (23% vs. 1.6%).

Thus, the BrdU studies using diabetic mice support the conclusions drawn using DNA content determination; i.e. compared to mice with normoglycemia, diabetic mice have a substantially higher frequency of BrdU+ β-cells (9-fold).

We experienced less sequencing and alignment problems for atpF atpH than the other non-coding regions; i.e., it has a substantially higher frequency of bidirectional reads, fewer sequencing reads per amplification product, and (compared to trnH-psbA) fewer micro-inversions.