Sentence examples for wavelength of a single from inspiring English sources

With this choice, (512 k Delta x=512) corresponds to a wavelength of a single grid point, (512 k Delta x=256) corresponds to a wavelength of two grid points and so on.

Based on the concatenation of erbium doped fiber amplifiers (EDFA), these high-capacity transmission systems take benefit from the huge potential of the wavelength division multiplexing (WDM) technique enabling transmission of several wavelengths on a single optical fiber.

Here, we consider the case of a length measurement based on the use of the wavelength of a single-mode laser.

The cutoff wavelength of a single-mode optical fiber is the wavelength above which only a single bound mode, the fundamental linearly polarized (LP) mode, propagates.

The spectral features observed in single fiber reflectance spectra measured in IL phantoms highlight the changing influence of PF across the wavelengths of a single spectrum; these changes can have profound effects on the relationship between R S F o   and μ ′ s.

This paper presents a study on the line-width and wavelength stability of a single mode narrow line-width (≈ 100 MHz) dye laser pumped by a copper vapour laser, with and without precision temperature control of dye solution.

Furthermore, in practical situations it is likely that a number of successive optically sectioned images will be aligned and averaged to maximise contrast and minimise noise, and hence the non-stationarity of the object is now advantageous as the averaging process will ensure that the inhomogeneities due to wavelength differences of a single image are also averaged.

The conjunctivas of BALB/c mice were exposed to UV (311 nm wavelength) at a single dose of 100 mJ/cm using a UV lamp (Philips).

The conjunctivas of BALB/c mice were exposed to UV radiation (311 nm wavelength) at a single dose of 100 mJ/cm using a UV lamp (Philips, Eindhoven, Holland).

ANN, as a multivariate calibration method, is very useful in spectral analysis because the simultaneous inclusion of many spectral wavelengths instead of using a single wavelength greatly improves the precision and predictive ability of the method [21].

A monochromatic photostimulus (of a single wavelength or a narrow band of wavelengths) has the least spectral complexity.