Sentence examples for using the same wavelength from inspiring English sources

Intraband crosstalk induced by back reflections, mainly Rayleigh backscattering is experimentally and theoretically studied in a bidirectional system using the same wavelength.

In TWDM-PON-enabled fronthaul, a virtual PON is formed when a group of ONUs transfer data using the same wavelength.

When the WDM network and the set of anycast requests are given, the anycast routing and wavelength assignment (ARWA) problem is to find a set of light-paths, one for each source, for anycasting messages to any one of the member in the anycast destination group such that not any path using the same wavelength passes through the same link.

The wavelength used for optimization is chosen arbitrarily and, if necessary, can be shifted by changing the period parameter, P. To compare our results with those obtained from the classical Kretschmann configuration, we evaluate its performance using the same wavelength, λ = 758 nm, to illuminate the prism.

The device, sold by US company Liteye Systems, works by firing focussed radio waves at the drone, using the same wavelengths that operators use to fly their vehicles.

From Skibotn, thermospheric neutral temperatures were measured using the same wavelengths.

From Ramfjord, neutral winds were measured, using the same wavelengths, parallel to the local magnetic field line on the first night and in the local zenith on the second night.

We can use the same wavelength for sensing and imaging, as this will reduce the residual aberration due to difference in sensing and imaging wavelengths in a high powered eye [ 10].

They use the same wavelengths that prevent us from sleeping to make us more awake early in the day.

The photoluminescence spectra measurements of CdS nanoparticles synthesized at 36 and 42 h were carried using the same excitation wavelength of 345 nm at room temperature (see Fig. 8).

It is important to note that we used laser settings to optimize the SHG signals over the DHPR signals when using the same excitation wavelength (880 nm) that might somewhat skew the resolution of the DHPR signals due to suboptimal quantum efficiency for the fluorescent dye.