In the Analysis section, several architectural settings were analyzed using this method and the outcomes are presented in a way that can be used as sustainable design guidelines in contemporary architecture.
In this paper, the performance of the structures with different parameter settings is analyzed and the original structure is optimized through 3-D Finite Difference Time Domain method (FDTD).
Two settings were analyzed: 1) batch cultures in which alkaline earth metals were added only at the beginning; 2) cultures supplemented continuously with fragments of alkaline earth element-containing carbonate microbialites.
Additionally, the behavioral consequences of differential preparatory settings were analyzed by comparing the short- (SLR), medium- (MLR), and long-latency response (LLR) of the soleus after anticipated and non-anticipated rotations and translations.
Based on a survey on the detailed operation parameters, individual windboxes with different damper settings were analyzed to determine the air flow distribution between the burners and the overfire air ports.
The outbreak settings were analyzed.
Data from both settings were analyzed in an age-adjusted Poisson regression model, and showed that donors with serum ADRB indices ≥250, had significantly fewer clinical malaria episodes than those with ADRB <250, translating into a striking 17-fold risk factor associated with this parameter in Dielmo, and a 1.8-fold risk factor in Ndiop.
For quantification, all images of similarly stained experiments and acquired with identical illumination-settings were analyzed using ImageJ.
The simulated data sets were analyzed by breseq (version 0.25) using default settings.
In a third time, experiments with different settings in sampled controller are analyzed, and comparisons between responses allow to conclude on robustness of such control, in the case of only one MCB converter disturbed by output voltage.
