Sentence examples for differing wavelengths from inspiring English sources

Different visual pigments can be most sensitive to photons of differing wavelengths.

Here we use topographic data, optical images, subsurface radar soundings and spectroscopic data acquired by Mars orbiters, to show that the surface of the Martian North Polar Cap displays two superimposed sets of sedimentation waves with differing wavelengths.

Such early functional requirements could have included the need to delineate light information used for vision from that used to entrain the circadian clock cycle [38] or to differentiate between light of differing wavelengths, two core processes accomplished by specific cell types in bilaterian animals [12].

This device, often used both in spacecraft and on the ground, allows astronomers to record simultaneously a wide range of wavelengths with very high spectral resolution (i.e., to distinguish slightly differing wavelengths).

The second reason resides in the fact that the conditions for propagation of electromagnetic waves with extremely different wavelengths may drastically differ.

Fig. 12 When calculating the thickness of a thick and thin coating layer for different wavelengths, this calculated thickness differs by a maximum of 23.3 μm for the LB model and 40.6 μm for the KM model for different wavelengths.

The hypothesis tested refers to the conspicuousness of nestling traits when perceived by their parents, which may differ from estimates of nestling coloration from human vision, from image analyses, or from direct quantification of reflectance at different wavelengths.

American physicist who invented the concave diffraction grating, which replaced prisms and plane gratings in many applications, and revolutionized spectrum analysis the resolution of a beam of light into components that differ in wavelength.

Several experimental factors could explain the differing results, including different excitation wavelengths for NADH, differing emission filters, and different growth media.

In DEWI-PP, two independent PP experiments are performed simultaneously with a train of alternating excitation pulses differing in center wavelength and/or line shape.

Autofluorescence wavelengths also differed, suggesting differences in phycobiliprotein concentrations, despite their close proximity within the host sponge.