Sentence examples for massively parallel arrays from inspiring English sources

We have demonstrated a straightforward and efficient bottom-up nanofabrication for growing massively parallel arrays of highly periodic CeSi x NWs on a single-domain Si(110 -16 × 2 surface with atomic precision.

Moreover, the massively parallel arrays of periodic and atomically identical CeSi x NWs can provide an opportunity to understand precisely the exotic 1D physics of electrons in CeSi x NWs by photoemission and photoabsorption spectroscopy study.

Three different types of massively parallel arrays, consisting of periodic and atomically identical CeSi x NWs, are self-organized on the Si(110) surface at three Ce coverages of 3, 6 and 9 ML.

The fundamental strategy employed by all NGS platforms is to sequence millions of short-DNA fragments in massively parallel arrays and then realign and map the short reads back to the reference genome.

This is being driven by the scientific desire to address the complex questions of nature and is coupled with markedly enhanced technical capability often involving micro-scale analyses performed in massively parallel arrays in multiple experimental dimensions intersecting with increased computational and statistical capacities.

A massively parallel array of micrometer-scaled mass analyzers on a chip has the potential to set the performance standard for hand-held sensors due to the inherit selectivity, sensitivity, and universal applicability of mass spectrometry as an analytical method.

Finally, we employed massively parallel array-based pyrosequencing-by-synthesis [20] to validate mutation results obtained by conventional dideoxy and pyrosequencing.

Quantitative analysis of RNA-protein interactions on a massively parallel array reveals biophysical and evolutionary landscapes.

The modification consists of a massively parallel array of coherently interfering beams comprising a non-diffracting 2D optical lattice, rather than a set of seven noninterfering Bessel beams.

With the third build of the ESTIMA Songbird database now complete, we anticipate future improvements in transcriptome annotation will soon come from other new approaches including whole genome tiling arrays and massively parallel sequencing [ 60, 61].

Among the plethora of different platforms that today offer hardware reconfigurability, this paper focuses on the suitability of field- programmable gate arrays (FPGAs) and massively parallel processor arrays (MPPA) for computer vision.