The results for enclosed atriums showed that the annual cooling energy ratio increased at a rate of 1.196 per unit of SHGC ratio and decreased at a rate of 0.382 per unit of U-value ratio.
However, the annual heating energy ratio increased at a rate of 1.954 per unit of U-value ratio and decreased at a rate of 1.081 per unit of SHGC ratio.
It was found that the Rct2 decreased as the molar ratio increased from 0.02 to 0.08, however, it increased at a molar ratio of 0.2 due to the reduction in surface area for dye adsorption.
Additionally, the absolute propagation speed of the flame was observed to increase as the firing rate increased at a high equivalence ratio; however, the absolute propagation speed was observed to decrease as the firing rate decreased at a low equivalence ratio.
With respect to unit related variables, the univariate analysis showed that, for all types of error and the two subsets of error (errors of commission, errors requiring intervention), the odds for the occurrence of at least one medication error were increased at a higher patient to nurse ratio and were decreased when a critical incident reporting system was already in place.
Especially, the stock of non-timber structures, which is the main generation source of concrete waste, continued to increase at a higher ratio than that of timber structures every year, and the increasing trend was sustained until the 1990s (see e.g. Ministry of the Environment 2002).
The extents of ferrihydrite transformation to hematite decreased with increasing As/Fe ratios, but increased at a higher heating temperature.
In contrast, the transactivation activity of isoforms 1b and 1c was already significant at a ratio of 1 0.5, and further increased at higher ratios, reaching a plateau at 1 4.
Isoform 1d was the most potent transactivator and its activity increased at higher ratios in an almost linear manner.
