Sentence examples for arrays were found from inspiring English sources
Within 2 h after temperature shift, arrays were found to be composed of filaments loosely embedded in the nucleoplasm.
While incident flow direction was found to have some effect on the fluid-elastic stability threshold, no dramatic changes, such as occurred for triangular arrays, were found.
Among the three different nanostructures, RGD nanopillar arrays were found to be suitable for cellular attachment, spreading, and proliferation due to the proper arrangement of the RGD motif, which mimics in vivo conditions.
The synthesized nanodiamond-lysozyme complex arrays were found to still retain their functionality in interacting with E. coli.
While all three of the compound arrays were found to be internally structurally diverse with median Tanimoto distances less than 0.2, the enumerated set appears to be slightly less so than the other two (Figure 9A).
Top profile of the TiO2 NT arrays without loading CeO2 is shown as Fig. 4a, and the self-organized NT arrays were found quite dense and had an open-mouth top morphology, which provides a passage way for the Ce(NO3 3 solution filling into the NTs in this study.
Dislocation arrays are found to form for all orientation relationships, with their spacing and direction a function of lattice mismatch.
Fringing fields near the outer and inner diameters of the arrays are found to create large forces between arrays leading to large torques.
The as-prepared ZnO/CdTe core shell nanotube arrays are found to exhibit significantly enhanced photocurrent density for water splitting as compared to the ZnO nanorod arrays.
A monolayer of the long-linker conjugate immobilised on interdigitated microelectrode arrays was found to electrochemically bridge the 2 μm wide non-conductive gap between the electrodes.
At a high charge/discharge current density of 320 mA g−1, the initial discharge capacity in CO annealed arrays was found to be as high as 223 mAh g−1, 30% higher than N2 annealed arrays, ∼164 mAh g−1.
