Sentence examples for for every wavelength from inspiring English sources

Uniform dispersion (i.e., the linear dispersion is a constance, or in other words, the X-rays are dispersed on the detector with uniform spacing for every wavelength) can be realized by bending the crystal of a spectrograph into a special shape.

A silicon diode captures the reflected light and the internal software calculates the highest intensity for every wavelength range.

For every wavelength of the PL, the dispersion resulting from the laser cavities and the additional optics in the setup has to be electronically compensated to ensure temporal overlap of the pulses from both lasers at the sample.

More specifically, maps for the change in optical density (∆ODλ) for every wavelength detected by a given number of source-detector pairs (SD) at any one time point are reconstructed by inverting Eq. (A1).

This introduces a Doppler shift fD for every wavelength: fD = 2vR/λ = 2ΔR∙fR∙k/π, with vR the velocity, fR the oscillation frequency and ΔR the scanning range in one direction of the reference mirror.

In future designs, this normalization of the flash lamp intensity for every wavelength will be achieved by a second identical spectrometer monitoring the intensity of the lamp after a small part of the light was deviated to this spectrometer by a beam splitter.

Note that the analysis described by steps 1-3 was performed for every optical wavelength resulting in wavelength- and depth-dependent fluence compensation of PA signal.

The emissivity of each structure can be calculated from the absorptivity computed above via Kirchhoff's law of thermal radiation, which states that the two quantities must be equal at every wavelength for a body in thermal equilibrium [19].

At present the celestial sky has been mapped in considerable detail for every major wavelength band, except for the ultra-long radiowave band.

In the case of the global analysis the lifetimes τ n played the role of the global fitting parameters, with same values for all 27 emission wavelengths, whereas the amplitudes α mn and other parameters (b m, s m ) played the role of the local fitting parameters, with different values for every emission wavelength.

No significant differences between controls and treatments, as well as between beginning and end, were detected for the wavelengths used in the ES1 and ES2 experiments (250 700 nm, paired t-test per every wavelength, Fig. S7).