Sentence examples for good wavelength from inspiring English sources

Fiber Bragg grating (FBG) is proposed as the spectroscopic system of Raman lidar because of good wavelength selectivity, high spectral resolution and high out-of-band rejection rate.

These results demonstrate that the device based on In0.65Ga0.35As nanowires has good wavelength selectivity and high photosensitivity to infrared light in the NIR region from 1100 to 2000 nm.

Spectral data suggested that the yellow of reef fish is a good match to the color of the coral, while the blue is a good wavelength match to the open ocean.

It is shown that a good wavelength selection performance, a high transmittance, a large separating angle and high efficiency of the output channels may be obtained in this flexible structure.

By periodically modulating the sense of the spontaneous polarization within the crystal by means of a patterned electrode (Armstrong et al., 1962 ▶; Fejer, 1994 ▶; Houé & Townsend, 1995 ▶), the incident and scattered radiation are quasi-phase matched, allowing good wavelength conversion efficiencies.

This detector is capable of collecting full wavelength spectra with good signal to noise ratio at an integration on time of 1 milli sec.

Only a few lanthanide ions such as Er3+, Ho3+, Tm3+, and Nd3+ have such energy level structures, which also find a good excitation wavelength match with the output of commercially available diode lasers (at ∼975 and/or 808 nm).

Fluoropolymers also exhibit low refractive index and fraction coefficient, low optical loss at telecom wavelength, good hydrophobicity and oleophobicity, low intermolecular and intramolecular interactions, which result in low surface energy and low relative permittivity [3, 4].

The simulation results show that SSPR not only can make good use of wavelength resources and protect multicast sessions against any single-link failure, but also can greatly improve the traffic restorability in the event of dual-link breakdown.

Irradiance at these wavelengths is highest and most reliable, and thus, the calculated RMSE and NRMSE are likely to serve as good estimates for wavelength dependence.

These materials were selected as they are most popular in microfluidic applications due to their wide availability in a variety of grades with high optical transmission in the visible wavelengths, good solvent and chemical compatibility, and well-characterized molding parameters [ 26].