Sentence examples for array can only from inspiring English sources

Additionally, despite the good controllability realized by the electrochemical method, the growth of ZnO nanotubes array can only be achieved on the conductive substrates, which greatly confines the wide applications of the resulted nanotubes in many other fields (such as gas sensing, which generally utilize nonconductive quartz substrates).

Thus the authors of the PBT model [24] focus on the union of the clusters of angles-of-departure from the transmit array, denoted Θ T, and the union of the clusters of angles-of-arrival to the receive array, Θ R. Because a linear array aligned to the z-axis array can only resolve the z-component, the intervals of interest are Ψ T ={cosθ:θ∈Θ T } and Ψ R ={cosθ:θ∈Θ R }.

When material of different origins needs to be genotyped in a species showing significant population structure, the genotyping array can only be a compromise, and this situation is likely to be common with the development of arrays including thousands of SNPs.

However, a CGH array can only reveal when genes present in the microarray, represented by the reference genome, are lost or duplicated in the other strains, but it is unable to identify the genetic repertoire exclusively possessed by a novel strain.

Because linear arrays can only resolve the cosine of the elevation angle t≡ cosθ, we define the "effective" scattering intervals for the transmit and receive arrays, respectively, as begin{aligned} &Psi_{T_{ij}} equiv left{t: arccos(t) in Theta_{T_{ij}} right} subset [-1,1], &Psi_{R_{ij}} equiv left{tau: arccos tau) in Theta_{R_{ij}} right} subset [-1,1].

However, when compared to high-throughput sequencing, phylogenetic arrays can only detect taxa that are covered by the reference sequences.

Since Illumina arrays can only reliably estimate DNA methylation differences greater or equal to 17 percent only probes with a sufficient range were included for further analysis (See methods).

Second, the arrays can only detect SVs of relatively large sizes covering more than several kilobases.

The main limitation of microarrays is their inability to reveal novel species in any samples, since the arrays can only detect those sequences for which they contain probes.

It is indicated that the designed micro-optical element array can not only implement hollow beam and dual focus, but also suppress the interference effect significantly.

When evaluating smaller datasets (22 283 genes, 20 arrays), samr can only perform 500 permutations.