Three mainly interconnected structures on each side will face a central landscaped boulevard extending from River Road eastward to the river.
Examination of SEM microphotographs showed that, the produced scaffolds had well interconnected structures.
Additively manufacturing (AM) techniques make it possible to fabricate open-cell interconnected structures with precisely controllable micro-architectures.
Antifuse-based FPGAs offer several advantages such as nonvolatility, naturally "rad hard" interconnected structure, and their configuration data is buried deep inside them.
The outstanding electrochemical performance of the 3D SnS/C is ascribed to its 3D porous carbon interconnected structure and nanoconfined SnS nanoparticles distributing broadly in carbon matrix, which not only improve the conductivity, but also keep the structure integrity, and as a result of enhancing the cycling stability of the material.
Benefiting from the structural features, the free-standing N-doping cotton-derived carbon frameworks/graphene aerogels of hierarchical 3D interconnected structures exhibit considerably enhanced charge transport ability and energy storage capability (approaching 305, 225 and 170 F g−1 at current densities of 0.1, 1 and 10 A g−1, respectively).
The novel and facile method realize interconnected structure composed of an ultrahigh surface area of N-doped porous carbon and conductive PANI fiber, which can offer more contact area between the electrode material and electrolyte to provide more active sites for charge storage and shorten the pathway for electron transfer.
Such interfacial management has shown remarkable improvements in the chemical composition, surface area and pore size distribution, enabling the self-supported biomass-derived carbon network/graphene aerogel of hierarchical 3D interconnected structures to deliver considerable enhancement in the charge transfer and capacitive storage (up to 320 and 200 F g−1 at 0.1 and 10 A g−1, respectively).
This highly interconnected structure consists of elongated tubular cells called hyphae that explore and colonize a substrate by branching.
A solitude-seeking Italian immigrant daylaborer (a man who bought soap at a local store before he boarded the bus just so he could avoid the pain of articulating his request for change), Rodia constructed the seventeen interconnected structures over a period of 33 years from 1921 to 1954 at night, after a long day at other menial labor.
Within the N∗-phase, at low field strengths, the nematic domains form a seemingly interconnected structure.
