Sentence examples for spectra come from from inspiring English sources

In other words, the two peaks, LOZO′ and LOZO′ observed in the Raman spectra, come from the same phonon combination mode LOZO′ but probed at two different points of its phonon dispersion8.

(Emittance is an indicator of radiation efficiency). In this example, the three colored spectra come from heated tungsten samples that contain nanoscale holes of differing diameters, depths, and spacing.

We find that the typical mode patterns for in-plane optical phonon modes (iTO) at the K point are localized near the armchair edges or the defects, which are conceptually well agreed with the high intensity D peak in the Raman spectra come from the iTO phonon near the K point activating by the armchair edges or the defects.

The major contributions of the spectra come from the vibrational modes of the benzimidazolate ligand.

Since the overwhelming majority of all usable MS spectra come from true fragment masses, the resulting set of essentially mandatory b-ions significantly reinforces the score of the correct peptide, while severely reducing the probability of an incorrect high-scoring peptide match (see Fig. S1 Supplementary Materials).

The resulting spectrum is compared to spectra coming from two experimental techniques, spectrometry and ellipsometry.

Observation of E2 phonon modes indicates Raman spectra coming from cross-polarized light, i.e. from Eμv→Eμ±1c electronic transitions.

The typical mode pattern of K point iTO mode phonons show the spatial localized vibrations persuaded by armchair edges or vacancies, which are in conceptually good agreement with the large D band of the Raman spectra comes from the armchair-edges or the imperfections of crystal.

The signals for Cu and C in the EDS spectra came from the carbon-coated copper grid used for TEM measurement.

The analysis of several spectra coming from biological samples belonging to different subjects (e.g. healthy and diseased) focuses on identifying discriminant values in spectra related to diseases.

All spectra coming from the collagen gel sample (Fig. 6 ) showed a SHG signal which became important for excitation wavelengths of 800 nm and higher.