Sentence examples for arrays which has from inspiring English sources

In order to increase the driving current for practical applications, such geometrical constrictions need to be maximized by fabrication of dense, ordered nanoribbon arrays, which has been achieved by electron-beam lithography [11, 12].

One is TiO2 nanotube arrays densely wrapped by SrTiO3 film and the other is SrTiO3 nanospheres distributed on the top region of TiO2 nanotube arrays, which has been firstly fabricated.

The results indicated that CuS nanoparticles were successfully assembled on the surface of well-ordered TiO2 nano-tube arrays, which has significantly enhanced the photoelectrocatalyic activity by red-shifting the light absorption to visible region and increasing the photoinduced charge separation efficiency.

DNA copy number abnormalities (CNAs) and loss of heterozygosity (LOH) in cancer can be genome-wide analyzed by Single Nucleotide Polymorphism (SNP) arrays, which has provided important insights into the pathogenesis of newly diagnosed ALL [14].

A lack of efficient homogenisation leads to considerable sequence heterogeneity among 5S rDNA spacer regions within the individual arrays, which has been reported in several plant groups [ 1, 49- 51].

As to the presence of similar states of consciousness in organisms apart from animals, this may only be possible if they possess pentameric receptors (which some do) arranged in clustered quasicrystalline arrays (which has not yet been shown).

Toroidal CNT arrays, which have a central void [191], are one such example.

Weevils dispersed at an average rate of 1.5 2.9 m wk−1 through the 50 m diameter arrays, which had fairly contiguous mile-a-minute cover.

Here we present the heterogeneous branched core shell SnO2 PANI nanorod arrays which have been successfully designed and fabricated by an efficient and facile hydrothermal treatment followed by electrodeposition.

Parallel probe arrays, which have previously been investigated for use in data storage [58], have allowed DPN to develop into a parallel process [51, 59 66].

These nanorod arrays were further used to make efficient p n heterojunction photodetector arrays, which have the potential to have nanoscale spatial resolution for imaging, unique incident polarization discrimination capability, and much improved quantum efficiency as well as detection sensitivity.