Sentence examples for middle wavelength from inspiring English sources

In this paper, examples of novel devices based on heterostructures operating in the long wavelength, middle wavelength and short wavelength spectral ranges are presented.

In the 3 5μm middle wavelength infrared spectral region, high-performance 640×480 and 1024×1024 FPA have been developed, while 256×256 FPA are in continuous production to support systems applications.

In the 3 5 μm middle wavelength infrared (MWIR) spectral region, high-performance 640 × 480 and 1024 × 1024 FPA have been developed, while 256 × 256 FPA are in continuous production to support systems applications.

Rodents, like all placental mammals except primates, have just two types of light receptive cones in their retina, a short wavelength "blue-UV" type and a middle wavelength "green" type.

Confirmation of the loss of cone-specific markers in Rpe65−/−/Bax−/− mice, similarly to what was observed in Rpe65−/− mice, was demonstrated by quantitative PCR study of cone transducin (Gnat2) and cone opsins (short wavelength (Swl) and middle wavelength (Mwl -opsins) transcriptional expression at 1 and 2 Mwl -opsinsge (Figure 9).

Both opsin paralogs were found to be related to other crustacean middle wavelength sensitive opsins.

There are three types of cones, each of which contains a distinctive type of pigment; one cone absorbs longer wavelengths (red light), another middle wavelengths (green light), and the third type shorter wavelengths (blue-violet light).

Measures of responsiveness to spectral stimuli (such as cone absorption spectra and tests of threshold detection as a function of spectral composition) all show that the human visual system is less sensitive to long and short wavelength light than to light of middle wavelengths [2], [37].

In dim conditions, long wavelength light is rapidly attenuated [ 23], and it seems rational that the long and middle wavelength-sensitive genes were lost specifically in Sa.

This repertoire includes one RH1 gene, three short wavelength-sensitive genes (SWS1, SWS2A, and SWS2B), two middle wavelength-sensitive genes (RH2-1 and RH2-2), and four long wavelength-sensitive (LWS) genes: A180, P180, S180, and S180r.

In order to determine which photopigments could be involved in melanophore photoresponses, antibodies against three retinal opsins and one cryptochrome (UV-/short wavelength-sensitive UVS opsin and cryptochrome for aggregation, and middle wavelength-sensitive rhodopsin [RH1] and melanopsin for dispersion) were used in western blot analyses.