As can be expected, the proposed framework is highly efficient, due to leaving double aggregation on left right views, as well as costly post-processing steps, out of account.
We expected the integrated framework to be applicable to the PBL process, particularly in PBL tutorial settings.
As expected, the host frameworks are largely similar and minor distortions in unit-cell dimensions would arise from interaction of the guest with the host.
As expected, the porous carbon frameworks synthesized with a KOH/polyaniline weight ratio of 4 1 exhibit improved capacitance properties, such as an enlarged specific capacity (428.1 F g−1 at 0.5 A g−1), excellent rate capability (299.7 F g−1 at 50 A g−1), and excellent cycling stability.
We expect the proposed framework to be applicable at the design time of the future smart home gateway deployments enhanced with wireless energy transfer capability.
Although the proposed approach requires more investigations for transmission network analysis, we expect the proposed framework can provide a comprehensive approach with useful information on determining optimal maintenance strategy for power system generators, which can strike a right balance between fair competition among GenCo, TransCo and power system operational cost.
We expect the coding framework to be based on the interview topic guide.
With regard to the broad literature we have discussed in the beginning, showing the usefulness of the notion of fit in various settings, we expect the FITT framework to be valid also for other IT types in other settings – but this still needs to be verified.
As expected, the first version of the framework drew heavily on previous related work [ 2], and other "a priori issues" [ 22].
In spite of some simplifying assumptions adopted in this study, we expect that the framework developed here can help guide the design of harvest regimes in brook charr.
