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As-cast nanostructured eutectoid Fe28Ni18Mn33Al21, which consists of ∼50 nm wide (Ni, Al -rich B2 Al -rich Mn)-rich fcc aligned phases, was annealed at 1173 K for various times up to 250 h in order to produce a wide range of phase widths (up to 2.5 μm) over which to evaluate the mechanical properties.
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Ericson et al. [18] improved this method by dispersing SWNTs in fuming sulfuric acid (102% sulfuric acid), which charges SWNTs by acid anions and orders them into an aligned phase.
Residual dipolar couplings were calculated from the difference in observed H C splitting between the two sets of spectra recorded in the free solution and aligned phase.
The results suggest that "thermal force" induced by the temperature inhomogeneity might play an important role in aligning phase-separated domains preferentially along the temperature gradient direction.
Conversely ON dopamine, the total duration over which subthalamic and pallidal populations were aligned to phases that left beta-amplitude unchanged with respect to surrogates increased.
With a dense footprint of 576μmx576μm, the 4,096 nanoantennas are precisely balanced in power and aligned in phase to generate a designed and sophisticated radiation pattern.
Using this process, controlled blending and tuning of resulting fibrous membrane properties (contact angle and active release behavior) via aligned and phased fiber mat composition is demonstrated.
Here we report the demonstration of a large-scale two-dimensional nanophotonic phased array (NPA), in which 64 × 64 (4,096) optical nanoantennas are densely integrated on a silicon chip within a footprint of 576 μm × 576 μm with all of the nanoantennas precisely balanced in power and aligned in phase to generate a designed, sophisticated radiation pattern in the far field.
Its concept is characterized by deforming steels prior to the austenite to ferrite transformation to introduce ample nucleation sites in addition to applying magnetic fields up to 12 T. Experiments have revealed successful conditions for aligned two-phase microstructures in carbon steels.
In the past, poorly aligned multi-phase CT examination protocols made it difficult to assess these changes in contrast enhancement of the same anatomic areas and post-processing techniques (including motion-correction of repetitive CT scans) were essential for reliable results of extracted perfusion parameters [23, 24].
For nanocomposites which contain a uni-directionally aligned reinforcement phase (e.g., MWCNT), f = 1, and therefore, the CTE of the nanocomposites is α c = V f E f α f + V m E m α m V f E f + V m E m. (2).
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