Unfortunately, selectivity drops at this temperature below 80% which is significantly lower than the selectivity in the conventional process.
The results indicated that selective removal of H2 from reaction zone obtained methane conversion much higher than thermodynamic control ones and CO selectivity significantly lower than thermodynamic control values.
Due to its high sst2 selectivity, [177Lu]DOTATATE showed significantly lower uptake/dose delivered to normal tissues, while there were no significant differences concerning tumor kinetics and mean absorbed tumor dose.
A possible explanation derives from studies in weaver mice, in which only a single missense mutation in the pore region of the mouse Kcnj6 gene causes various aberrant changes in cerebellar granule cells [30], membrane permeability [31], loss of K+ selectivity [32], [33], significantly lower analgesia compared with wildtype mice [3], and lack of activating effects of ethanol [34].
Most importantly, all of the composite membranes have significantly lower methanol diffusion coefficients and significantly higher selectivity than those of Nafion® 117.
In contrast, Au Pd catalyst prepared with a 1 3 mol fraction and similar metal loading demonstrated significantly lower activity under these conditions, and the selectivity to glyceric acid was lower than that displayed for the Au Pt catalyst, despite the lower conversion observed.
The Au-loaded SnO2 hollow nanosheets show significantly lower working temperature, faster response-recovery and improved selectivity to CO in comparison with that of pure SnO2.
With respect to wavelengths, items ingested by turtles had significantly lower short wavelength spectrum values (p < 0.001, selectivity ratio = 0.215).
However, the selectivity of the filtration of methanol is significantly lower than those of the other alcohols.
The selectivity for CH4 was found to be significantly lower than that observed in CO2 methanation, consistent with the low H2 to CO ratio on the surface of the catalyst.
