Sentence examples for intensity wavelength from inspiring English sources
Optical modulation by varying the intensity, wavelength, or switching time can dynamically alter the performance parameters of direct optically controlled power semiconductor device.
Due to stringent resolution, intensity, wavelength, decay time, and radiation tolerance demands, an engineered material with very specific properties is required to act as the luminescent film.
In this paper, the predictions of optoelectronic attributes of Light-Emitting Diode (LED) chip, including luminous intensity, wavelength and forward voltage by using neural network were presented.
The finesse has an important role in determining the modulation characteristics such as pump pulse intensity, wavelength shift and recovery time.
We have shown the possibility to control nanocones' features by changing LR parameters, such as intensity, wavelength, and pulse radiation duration.
Therefore, control of nanocones parameters by laser intensity, wavelength, and number of pulses is possible, as was shown on SiGe solid solution [9].
Their maximum fluorescence intensity wavelengths are in the range of 472 498 nm.
This is because pollinators respond differently to different intensities, wavelengths, and reflectivity, which is as a result of both innate preferences and learning.
In order to compare the emission spectra, we used data collected with the Leica LCS software to determine the position of maximum intensity, the spectrum intensities at 430 and 520 nm, and the full width at the half-maximum intensity (FWHM) of the intensity-wavelength curves.
Fluorescent intensity (excitation wavelength 544 nm, emission wavelength 590 nm) was measured with a fluorescence plate reader (BMG LABTECH, Fluostar OPTIMA, Offenburg, Germany).
The measured reflection spectra (M λ) of the fiber tip sensor probe was obtained by the following equation [ Eq. (1)], M λ = S λ − D λ R λ − D λ × 100%% (1 where Sλ is the sample intensity at wavelength λ, Dλ is the dark intensity at wavelength λ, Rλ is the reference intensity at wavelength λ.
