As expected from the crystallite orientations observed by SEM, the data show a clear suppression of the intensity of reflections strongly associated with the c-axis; this was modeled via a preferred orientation fraction of 0.605 2) in the 110 direction.
Malik et al. [31] had also observed that when the incident soliton is reflected strongly then the amplitude of reflected soliton and the reflection coefficient attain higher values.
All volcaniclastic units reveal the same transparent reflection pattern strongly suggesting that explosive underwater volcanism was the prevalent process.
Multiple scattering, graded refractive index, diffraction, Fabry Perot interference, and Mie-like geometrical resonance enable nanostructured semiconductors to dramatically suppress optical reflection and strongly concentrate light in a local region [1 9].
The (1,–1) reflection, though strongly attenuated by having to go through the thin (35 μm) substrate, can be seen in the lower right center.
Based on the knowledge of the process of tumourigenesis, high CDK1SA levels could be a reflection of strongly elevated tumour cell proliferation rates.
In our case, the aspect ratio of height/diameter is no more than 0.5 and the hole is not so deep to influence the observed anti-reflection characteristics strongly, though we cannot completely rule out of the contribution from nano-hole structures.
The 1 10 and 110 reflections were strongly overlapped, implying a smaller monoclinic angle than in wood or in the published cellulose Iβ structure [ 26].
The FWHM and reflectivity dip of the reflection curve depend strongly on the coupling strength between the nanobars and the gold film.
The FWHM and reflectivity dip of the reflection spectrum depend strongly on the coupling strength between the nanoribbons and the gold film, resulting in the different optical performances with various dielectric materials of dielectric spacer between the nanoribbons and the gold film.
