Sentence examples for wavelength in which from inspiring English sources

FTIR spectrum analysis of the InSb nanowires was undertaken to investigate the optical property in the wavelength in which the energy bandgap is located.

In this case the diffraction through the aperture becomes important when its size is compatible with the acoustic wavelength, in which case only a few sources are necessary for good control.

Generally, as for the traditional microlens arrays, there is no obvious coupling between two adjacent microlenses as the spacing and the lens size are much larger than the working wavelength, in which case the diffraction effect is ignorable.

Furthermore, the wavelength in which the laser operates can be outside of visible spectrum in contrast to a large number of passive sensors such as a standard consumer camera.

A near-infrared (NIR) reflectance sensor designed for moisture measurement at the soil surface is based on the reflectance of two light-emitting diodes (LEDs) of different wavelengths, in which one has a wavelength of 1940 nm and a strong water absorption band, whereas the other has a wavelength of 1800 nm and a weak water absorption band, as related to soil moisture reflectance.

They are visible, slightly above background noise levels, at methane-absorbing wavelengths in which the glare from Neptune is significantly reduced.

We attributed the larger shift of the longer wavelength to the fact of λ2 is generated in a wavelength range in which the EDF amplification spectrum exhibits a downward slope of gain which leads to a more pronounced wavelength shift when pump power is varied.

At present, the constant wavelength method, in which a constant difference between the emission and excitation wavelengths is maintained, is used most extensively.

Inspirations and influences: This could be seen as a parody of the very minimalist, very serious, artists' film of the 60s, exemplified by Michael Snow's Wavelength (1967), in which the camera zooms in slowly on a patch of wall.

A wide variety of gases, liquids and solids can be pumped with energy under conditions that lead them to emit laser light, which consists of a beam or pulses that are all the same wavelength and in which all of the waves travel in synchronized peaks and troughs.

Substrates with these electrodes have a transparency of above 75% in the wavelength range in which the photoactive layer absorbs light.