All together, these results can be correlated with the singlet oxygen production observed, which indicates that TAZnPc has a reduced capacity to produce this high-energy state molecular oxygen specie as compared with ZnPc.
The genetic correlation between harvests was less than the unity, for all the characteristics observed, which indicates different genetic control in different harvests.
A significant increase in liver fatty acid-binding protein (L-FABP) was observed, which indicates increased fatty acid utilization in liver tissue [1].
A small amount of methane, ethylene and ethane can also be observed, which indicates the participation of the protolytic process in n-heptane cracking.
No changes in PCL molecular weight distribution and peak shape were observed, which indicates that the PCL matrix is stable during the fabrication process.
A small effect of the OLC inclusions on the beta transition of OLC/polymethylmethacrylate (PMMA) composite has been observed, which indicates a weak affinity of the OLC to the host matrix.
After ∼24 ka, a strong input of coarse-grained gravelly sediments was observed which indicates a strong increase in physical weathering processes and periglacial-controlled supply of bedload sediment in the catchment.
In the last case, the EL emission was also observed, which indicates that the [Sm TTA 3 TPPO)2] complex may be used as an electron transporting layer also.
In all simulations significant differences between polyhedral and clustered particles were observed, which indicates that the type of particle shape approximation is a parameter that has to be considered in DEM-simulations of hopper discharge.
Scattering was also observed which indicates self-aggregation and higher oligomer formation.
The smooth convergence is observed, which indicates the numerical stability of the developed procedure.
