Wu et al. [12, 13, 14, 15] reported that in a long-narrow channel, the behavior of PD is similar to that in an actual tree and the range of light emission in the channel increases when the applied voltage increases.
As can be seen in Figure 7a, the magnetization curve of the pure sample is very narrow, indicating the antiferromagnetic behavior of the sample, while those of the doped samples show larger loops of ferromagnetic behavior with higher magnetization according to higher Al content (Figure 7b,c,d,e,f,g).
Two kinds of patterns were transferred into the layer structures: (1) a circle or triangle structure with fingers to study the etching behavior of narrow strips (Figure 1) and (2) deep-millimeter-long parallel trenches along <100>, defining the etching direction for roll-up.
The melting crystallization behavior of narrow-disperse polyethylene sample prepared from alkane solutions was studied by using differential scanning calorimetry.
The advanced theory using Vanmarcke's formula could explain the behavior of very narrow band response processes.
The data are in excellent agreement with a simple theoretical model that explains the behavior of the narrow pedestal by including multiple diffractive scattering and treating large-angle scattering as a loss.
On the other hand, despite the slow initiation with 2a, the molecular weights increase with the progress of the reaction, and the dispersities are relatively narrow (1.03 1.30), suggestive of controlled behavior of the polymerization.
Raman spectroscopy and a comparison study of the anodization behavior of SWCNTs with narrow (0.9 nm) and wide (1.8 nm) diameters indicate that the durability of narrow SWCNTs is lower than that of the wide SWCNTs.
Gaps as narrow as 50 m affected movement behavior of tropical forest birds.
The non-local character of quantum theory has also been demonstrated in the behavior of neutrons within narrow slits where typical confinement effects have been observed.
