Sentence examples for known wavelength from inspiring English sources

Cox et al. [ 12] recovered both absorption and scattering distribution with multiple optical wavelengths when known wavelength dependence of the optical scattering exists.

After the reagent reacts with ammonia, it forms a compound (1-sulfonatoisoindole), which when illuminated with ultraviolet light, fluoresces at a known wavelength.

(248) The sample is illuminated at a known wavelength, and the wavelengths of inelastically scattered photons are measured; the Raman shift in photon energy correlates with molecular transition energies.

In fluorescence tomography the emission takes place at a specific known wavelength, therefore the optical properties of the subject at that wavelength can be measured a priori or during the acquisition, as done for example in fluorescence molecular tomography (FMT, [77]).

Instead of splitting a broad swath of spectrum into little pieces, HawkSpex uses the phone's display to illuminate the object with lights of known wavelengths and observe the object as it reflects each one.

First, to localise the position of the 3rd order line on the camera, the CCD was illuminated with natural white light; then to precisely calibrate the CCD, the camera was illuminated with neon and argon lamps that produce narrow, intense peaks with known wavelengths between 660 and 840 nm.

Future studies will investigate how the assumed parameter values affect the estimates of μ s ′, and whether the parameter values can be expressed in terms of metrics extracted from a known wavelength-dependent phase function profile.

We simulated the observational results using the well known Long Wavelength Propagation Capability (LWPC) code.

Earlier this decade, Huber founded Ciena cien, which pioneered a new optical technology known as wavelength division multiplexing (WDM) and used in nearly every telecommunications network.

The company is developing equipment known as wavelength division multiplexers (WDMs), which expand the capacity of phone networks by splitting beams of light carried on fiber optic cables into multiple wavelengths, or channels.

If the curvature radius of the lens is known, the wavelength of the incident light can be calculated based on this method and optical setup, and the equation is expressed as lambda =frac{{r_{m+j}}^2-{r_{n+j}}^2}{left m-nright R}{left m-nright R