The electroluminescence spectral features are compared with PL spectra correlated with the quality factor of the cavities.
It is shown that the variation of the mass spectra correlates with the angular dependence of the sputtering yield.
In addition, the PME/NTP ratio in the pre-treatment spectra correlated with the subsequent outcome of treatment indicating that PME/NTP levels are significant predictors of long-term clinical response and time-to-treatment failure in NHL.
The EDS spectra correlates with positions 1, 2, 3, 4, and 5, as shown in Figure 2c, which confirms the presence of Cr, Gd, Ti, O, and N elements in the respective layers.
Approximately 10% of the scans yield Raman spectra correlating with specific COIN signals.
The hydrolysate fermentation spectra correlated well with the offline HPLC analysis for ethanol.
The level of protonation observed in the spectra correlates with previously measured proton conduction rates, supporting the shuttle model of proton transfer.
Despite the appreciable NMR noise level, the oxygen consumption in the tissue samples, estimated from the NMR spectra, correlates with blood-gas oxygen uptake measurements for the whole heart.
Comparison of the cell spectra with spectra of trehalose, glycogen, glucose, and mannan, i.e., the major carbohydrates present in S. cerevisiae, and principal components analysis revealed that the changes observed in the cell spectra correlated well with the bands specific for trehalose and glycogen.
