Sentence examples for array can significantly from inspiring English sources

These show that, in the frequency region where waves propagate freely along the rail, the microphone array can significantly underestimate the rail contribution to the noise.

Our study demonstrates the high density SNP array can significantly improve the accuracy and sensitivity of CNV calling.

Compared to 1D phased array probes with a fixed focus in elevation, multi-row arrays can significantly improved the slice thickness throughout image by expanding aperture and dynamic focusing in elevation.

The continuous and aligned CNT films drawn from super-aligned CNT arrays can significantly absorb microwave energy and act as a network of nanosized thermal sources to locally melt the PE substrate beneath, leading to polymer wrapping around individual nanotubes.

The results indicate that vortex generator arrays can significantly enhance the performance of fin-tube heat exchangers with flow depths and fin densities typical to those used in air-cooling and refrigeration applications.

Performing replicate arrays can significantly improve predictions of differentially regulated genes, thereby decreasing the false positive (false detection) rate and false negative rate [ 9, 14, 15].

Compared with the results of CNV studies based on bovine 54K SNP array, CNVs detected in this study have smaller mean size, higher resolution and higher qPCR validation rate, suggesting that CNV detection based on high-density SNP arrays can significantly improve the accuracy and sensitivity of CNV calling.

In addition, periodic array compensation can significantly increase the propagation distance of SPPs.

The variation of the two solar array orientations can significantly change the spacecraft's moment of inertia during the nominal operation mode, which can produce significant momentum accumulation in the roll yaw body plane and cause large yaw pointing error.

It has been proved that large-scale multiple antenna array deployment can significantly improve spatial resolution and diminish inter-user interference (IUI) due to its extremely narrow transmit beams[21], along with the challenges of terminal size and price.

Simulation results we further find by simulation results: structure of our design has the advantage of strong localized and subwavelength waveguide size; periodic array compensation can significantly improve the electric field strength of nanocavity; structure of graphene waveguide expresses high levels of population inversion and low spontaneous emission noise disturbance.