The as-produced carbons present a fairly large surface area (502 m2 g−1), and a highly porous interconnected framework with mesopore walls and micropore texture which are suitable as electrode for energy storage.
With supercritical CO2 fluid (SCF), a porous interconnected framework that is composed of biological apatite and proteins could be obtained from animal bones at low temperature [ 75].
We prospect that this integration of the large surface area provided by the hierarchically micro/mesoporous structure, 3D interconnected frameworks on the fiber surface and well-retained fiber skeleton will be beneficial for the supercapacitive behaviors.
This paper presents a framework for an interconnected energy and water system on an island.
This paper develops an integrated model-based networked control and scheduling framework for plants with interconnected units and distributed control systems that exchange information using a resource-constrained wireless sensor network (WSN).
Network analysis indicated NKX3.1-dependent modulation of a series of interconnected functional modules and enabled a tentative framework for the transcriptional program induced by NKX3.1 in human prostate epithelial cells.
T. Timothy Ryan, the president of the Securities Industry and Financial Markets Association, said the market crisis exposed that "there was a failure in the statutory framework for the resolution of large, interconnected firms and everyone knows that".
Figure 2 shows the interconnected parts of the original FITT framework deconstituted into a framework for data extraction.
Finally, in neuroscience, we have been working with collaborators to develop better instrumentation for recording from and manipulating large numbers of interconnected neurons in tissue slice, as well as on a theoretical framework for interpreting these results and possibly applying them to new circuit topologies.
Graph theory (see Table 1 for a glossary of terms) has provided a powerful framework for characterizing processes that take place in complex interconnected systems in such diverse disciplines as physics, mathematics, and sociology (Newman 2003), as well as in biology where protein protein interactions, social structure, and food webs have been modeled (Proulx et al. 2005; May 2006).
This paper proposes a simple parallel and distributed computing framework for the conventional Newton Raphson load flow (NRLF) solution of large interconnected power systems.
