The PL intensity was found to be same for both samples, indicating a lack of quenching at this excitation wavelength.
At the same time, SOC in rooted soil samples has the same δ13C values as in root-free samples, indicating a similar degree of microbial processing.
The I D/I G value of PC was evidently larger than that of the NC-X samples, indicating a lower degree of graphitization of PC.
As shown in these curves, the discharge time of CMO-12 is significantly longer than other samples, indicating a much higher specific capacitance in CMO-12.
A change of several orders of magnitude of the electrical resistivity with increasing CNTs concentration was observed for all samples, indicating a percolative behavior of the nanocomposites.
The reduction peak of PtO* in CV mode is E″p= 694±9 mV (average of 10 samples), indicating a stronger bond to the surface of the electrode.
Average pH values for drinking water in this study were generally higher than those for groundwater samples, indicating a positive outcome from water treatment processes and/or the presence of carbonate.
An intense C60 signal due to the intermolecular cross-polarization is observed in the 13C CP/MAS spectra of the complex samples, indicating a high degree of dispersion of C60s in the complexes.
An effect of the film structure on the LFP duration was also detected in the case of the finest-grained samples, indicating a synergic effect between the ultrafine grain structure and the nitrogen-doped carbon coating.
There was also a development of a new exothermic peak in the PAN-co-MAA/CNC composite films after cyclization not seen in the neat PAN-co-MAA and neat CNC samples, indicating a different set of reactions occurring.
With regards to measurements of mucosal thickening, the intra-examiner reproducibility revealed an exact intra-examiner correlation of 99%, with a p value of 0.40 for a t test for independent samples, indicating a high reproducibility and intra-examiner agreement for the radiographic measurements.
