Sentence examples for wavelength structure from inspiring English sources

Many ganglion cells in primates also show colour opponency for example, responding to "red-on/green-off" or "blue-on/yellow-off" and signaling information about the wavelength structure of the image.

The main idea of the presented algorithm is that for each query sample, a relevant calibration sample-set is selected, then the wavelength structure is updated and a local model is established.

At low fluences a short-wavelength ripple structure emerges on the surface that is superimposed and later on dominated by long wavelength structures for increasing fluences.

In order to improve the performance of the concentration lens, a novel hybrid wavelength structures was designed.

Metamaterial belongs to sub-wavelength structure, which unit size is much less than working wavelength.

In this study, we fabricated sub-wavelength structure on antireflection coating layers instead of semiconductor layer on solar cell.

Targeting professional photographers, the new EF 24mm f/1.4L II USM lens has been introduced to address the advancements high-resolution digital SLR cameras with re-designed optics and use of a new anti-reflection lens coating called SWC (Sub-Wavelength Structure Coating) to minimize ghosting and flare.

Due to their typical sub-wavelength structure, the PASiNP arrays show a low reflectance loss of 2.84% within the wavelength range of 200 1,000 nm.

They generally consider the long-wavelength structure from an EGM (effects model), while including high-frequency information from near-surface mass-density distributions (source model) (e.g., Pail, 1999; Haagmans, 2000; Claessens, 2002; Baran et al., 2006).

It is seen that the reflectances of all the SiNW samples are reduced to a certain low level in the short-wavelength region (λ < 450 nm), which is probably due to sub-wavelength structure features.

Metamaterials with sub- or deep sub-wavelength structure size have received more and more attention because they have been proved to show exotic electromagnetic (EM) properties [1 3] that cannot be directly obtained under the natural condition.