ADC values of solid parts are low, suggesting tumour components with high cellularity (Fig. 17).
The predicted values of solid fraction were compared with the experimental results, validating the drag model.
Moreover, ADC values of solid components of benign and malignant cystic ovarian lesions were not significantly different [103, 109, 110, 111, 112, 113, 114].
Noticeably, the agglomerates displayed higher heat capacity values of solid phase, Cps, and liquid phase, Cpl, than those of the composite determined by temperature-history method.
In the first place, an interesting point is that in general the values of solid yield are greater than those found under similar experimental conditions for other biomass residues.
The agreement between the calculated and experimental values of solid state 13C and 15N chemical shifts using ONIOM (PBEPBE/6-311+G d PBEPBE/6-311+G d uracil and imidazole confirmed the reliability of the selected wave functions and layer selection.
In two studies, ADC values were measured in regions of interest placed in the cystic components of ovarian lesions [110, 112], two studies measured ADC values of solid components [109, 113] and three studies measured ADC values of both cystic and solid components [103, 111, 114].
Model simulations reveal that at higher values of solid conductivity the catalyst does not exhibit hot spot both in time and space, but needs higher inlet gas temperatures to reach complete methane conversion.
Moreover, the increase in H2, the slowly decreasing H/C ratios, and the lower δD values of solid residues or kerogen during hydrous pyrolysis also demonstrated that water and mineral-derived hydrogen have been introduced, which reacted with kerogen (Hoering 1984; Leif and Simoneit 2000; Lewan 1997; Schimmelmann et al. 1999).
