In the catalyst recycling studies, the enantiomeric excess decreased up to 40% after the 3rd reuse.
Although the membrane requires humidification for high proton conductivity, water in excess decreases the cell performance by flooding.
Concerning the solvent effect, the enantiomeric excess decreased non-linearly upon increasing the solvent dielectric constant; this was attributed to the interactions between solvents and TMS-CD on the surface.
While the best catalyst in H2-free CO oxidation is Rh CeO2, the addition of a high hydrogen excess decreases the Rh catalyst activity but enhances the CO oxidation rate on all other systems, including alumina-supported metals employed as reference catalysts.
Thus base excess decreased from +10.4 on admission to −5.2 mmol/l after 24 hours.
The thorax temperature excess decreased strongly with increasing Ta (Tth− Ta = 21.6 − 3.6°C).
We found that our baseline intramyocellular lipid measurements compared to post caloric excess decreased, but intrahepatic lipid increased.
The proportion of respondents drinking to excess decreased with increasing neighbourhood deprivation, but binge drinking showed the opposite pattern of increasing with higher deprivation (table 2).
The negative base excess decreased from -2.1 ± 2.2 mmol/l for all experimental groups at t0 to -8.4 ± 2.4 mmol/l at t1.
Base excess decreased in both groups, but the maximum difference between the groups at any time point was around 2 mmol/l.
Among infants, the northern excess mortality was similar between males and females: the excess decreased from 18%15%5% to 22%) in 1965 to non-significant levels in 1987, after which it increased to 29% (20% to 38%) in 2008.
