Sentence examples for reflection wavelength from inspiring English sources

It is found that the shift of the reflection wavelength results from the decrease of the cholesteric pitch after the polymerization and the variation of the cholesteric pitch is decreased with increasing the (E-CE C concE-CE Cion.

It consists in creating a Bragg grating by doping periodic zones with NPs (Figure 1b), then using the enhanced Kerr optical effect of the composite zones to optically control either the reflection wavelength or the filter contrast, two parameters depending on the effective refractive index.

The peak positions of the irradiated regions remain constant throughout each cycle, while the reflection wavelength of nonirradiated regions shifts back and forth between 550 and 580 nm with good reproducibility.

Distributed Bragg reflectors (DBR) with different reflection wavelengths were designed, and were used to fabricate microcavity organic light-emitting diodes (OLEDs) based on tris 8-hydroxyquinoline -aluminum (Alq3) as tris 8-hydroxyquinoline -aluminumne-1-yl)-N,N′-diphenyl-benzidine (NPB) as tris 8-hydroxyquinoline -aluminum

The large difference (up to 90 nm) of the peak reflection wavelengths between irradiated and nonirradiated regions means that the invisible images of "£5" are clearly observed at 12% strain (inset Figure 2a, Supporting Information video am5b02768_si_002.avi).

As shown in Figure 3, the Si inverted nanocone arrays can greatly suppress the reflection with wavelength above the Si bang gap (1.12 eV).

The signature would consist of a main pulse from the pulsar followed by the reflection at wavelengths related by Bragg's law of diffraction to the main pulse.

Iridescent colors are produced by differential reflection of wavelengths from highly modified barbules of the feathers that are rotated so that a flat surface faces the incoming light.

The silicon wafer shows more than 30% reflection for wavelengths 200 to 800 nm, and the reflection can be as high as 64% in ultraviolet areas.

Based on the changes in the Raman bands and XRD reflections, the wavelength redshift of the MWs photoemission was attributed to the structural disorder caused by the incorporation of H2O molecules in the crystal lattice and by the radiative recombination through the moisture-induced shallow trap states.

These included optical experiments to examine the TL spectral reflection to wavelengths between 360 670 nm.