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Furthermore, we carried out docking simulation studies that could partially explain the effects of these mutations on C3′-specific hydroxylation activity.
We discussed the results of actual experiments and simulation studies that were carried out by several researchers in recent years for understanding the mechanisms which control the thermal conductivity of graphene and graphene-polymer composite materials.
We believe that this database will help the researchers to design mutational experiments and simulation studies that will aid to advance our understanding of the physiological role of SWEET homologs.
This study concentrates on system simulation studies that aim to: reduce the electricity consumption, to improve the thermal COP's and capacity if possible; and to study how the system would perform with different boundary conditions such as climate and load.
Finally, the effectiveness of this approach is demonstrated in several simulation studies that utilize two macroscopic manipulated variables known to influence the self-assembly of thin-films, temperature and repulsion strength, to drive arbitrary patterns toward a target morphology.
The voltage and current characteristics with the proposed MEA geometry will be used as starting point for more detailed modeling and simulation studies that aim to provide a basic understanding of the internal process of the DEFC.
This has serious implications for reservoir simulation studies that use centrifuge data as simulation inputs.
We also performed simulation studies that showed random forests outperforms several other machine learning algorithms and has comparable results with a newly developed component-wise Cox boosting model.
We also present simulation studies that show that the random forests technique with log-rank score split criterion outperforms several other machine learning algorithms.
In this section, we present results from simulation studies that compare the efficiency of allocations via our combined pricing method to the efficiency of allocations using conventional on-demand scheduling.
Recent simulation studies that impose the convective electric field as a boundary condition at the magnetospheric lobe have shown that tearing instability and magnetic reconnection can be driven (Liu et al. 2014; Pritchett 2005).
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