The phrase "array leading" is not a standard expression in written English and may not be widely recognized.
It could potentially be used in a technical context, such as programming or data structures, where it refers to the leading elements of an array.
Example: "In our analysis, we focused on array leading to optimize the performance of our algorithm."
Alternatives: "array header" or "array prefix".
However, the failure of a string degrades the available capacity of the array, leading to several de-rated states of the array.
Strong exchange coupling effect happened on the interface of nano film and nanowire array, leading to a vortex distribution of magnetic moment.
As to on-chip applications, a high surface density of TFTCs certainly increases the spatial resolution and accuracy in temperature measurement, but it also remarkably increases the number of pads and connections for the TFTC array, leading to complex interconnection.
The fact that analytes induced the formation of new covalent bonds in aptazyme ligases (as opposed to noncovalent bonds in antibodies) potentiated stringent washing of the array, leading to improved signal-to-noise ratios and limits of detection.
However, for the films of the nanobrush, a strong exchange coupling effect takes place at the interface of the nanofilm and nanowire array, leading to a vortex distribution of magnetic moment, and lot moments turn to be perpendicular to the applied field.
FSHD2 is also caused by the epigenetic disruption of the 4q35 D4Z4 array leading to aberrant gene expression; however, the dysregulation is not caused by the physical removal of regulatory heterochromatin as in FSHD1 but is due to mutations in gene(s) encoding the epigenetic machinery responsible for establishing and maintaining repression of the D4Z4 array [ 4, 5].
Fringing fields near the outer and inner diameters of the arrays are found to create large forces between arrays leading to large torques.
In this study, we found that the different ZnO seed preparation methods strongly influenced the morphology and density of ZnO nanowire arrays, leading to the different performance of the DSSCs based on the ZnO nanowire films.
The analytical predicted maximal J sc is 32.11 and 32.06 mA/cm2 for squarely and hexagonal NW arrays leading to tolerance of 0.33 and 0.1%, respectively, as compared with FDTD simulation results.
On the other, it is possible that the normalization procedure itself exacerbated technical artifacts only present on some arrays, leading to the observed differences in normalized data.
According to this evolutionary model, mutated monomers could be spread or eliminated in the satellite arrays, leading to homogenization of repeats.
