Sentence examples for crossover beam from inspiring English sources

Evidence that the ATNx group was hyperactive came from the total number of single and crossover beam breaks (see Figure 8).

The GluN1hypo mice displayed pronounced locomotor hyperactivity in photobeam activity cages, making many more beam crossovers than WT mice (crossover beam breaks in 2-h session (mean ± SEM): WT 106.4 ± 9.7; GluN1hypo 764.0 ± 51.8; F1,52 = 164.115, P < 0.001).

The ATNx group made significantly more single beam breaks (Mann–Whitney U = 16.0, p =.004) and crossover beam breaks (Mann–Whitney U = 10.0, p =.001) than the Sham group.

However, diffractive imaging requires no focusing lenses after the specimen, thereby minimizing the loss of spatial resolution due to lens aberrations and energy broadening at beam crossovers, where the current density is high.

A surprising result was that the orthotropic approach has a large error for crossover panels whereas the beam-column method does not.

Interactions between yarns at the crossover points are captured by beam segments connecting the nodes.

The total number of beam breaks and crossovers during the 120-min session were recorded on computer (Acorn Archimedes RISC PC 600 running Arachnid Activity Monitor, Cambridge Cognition, Cambridge, U.K).

Particularly not only shear deformation and thickness curvature effects on vibration behaviors of curved beams but also mode transition and crossover phenomena with change in curvatures and the length of beams are parametrically investigated.

Specifically, we have considered the phenomenon we observe in the context of the Beam-Film model for crossover interference as suggested (Zhang et al., 2014, PLoS Genetics).

In the second stage, the developed crossover operators were applied to a deep beam problem and, a concrete mix design problem.

Second, the voltage on Lens Magnification is also increased until the beam is focused into a crossover at Aperture 2 (as in BA mode).