Sentence examples for interconnected frameworks from inspiring English sources
It is fortunate that the fibrous structure of CGACF is well retained after the activating process, and a rough surface morphology constructed by 3D interconnected frameworks is obtained derived from the intensive etching effect of KOH (Fig. 3c, d).
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.
As prepared, the CG-based activated carbon fiber (CGACF) demonstrates a surface area of 1435 m2 g−1 contributed by micropores of 1.3 nm and small mesopores of 2.7 nm, while the fiber morphology can be well inherited from the CG with 3D interconnected frameworks created on the fiber surface.
As prepared, the CG-based activated carbon fiber (CGACF) demonstrates a surface area of 1435 m2 g−1 donated by micropores of 1.3 nm and small mesopores of 2.7 nm, while the fiber morphology (several microns in diameter) can be well inherited from the CG with a 3D interconnected frameworks created on the fiber surface.
Based on the good inheritance of fiber morphology in CG and etching effect of KOH, the obtained CGACF demonstrates a high specific surface area of 1435 m2 g−1 donated by micropores of 1.3 nm and small mesopores of 2.7 nm, while the fiber-like morphology can be well inherited from the CG with a 3D interconnected frameworks created on the fiber surface.
They rather have intertwined or interconnected framework of nanodimensional particles.
Highly conductive 3D interconnected carbon frameworks by synergistically combining β-cyclodextrin (CD) edge-functionalized graphene and multiwall carbon nanotubes (MWCNTs) as conductive bridges have been successfully constructed for rapid and ultrasensitive electrochemical sensing applications.
Interestingly, the carbon microspheres were consisted of robust cross-linked nanofibers and displayed interconnected nanofibrous framework architecture, named as CNFF.
It was confirmed that the products possess a hollow microsphere structure constructed by interconnecting nanosheet framework.
In this work, a novel electrochemical sensor based on a three-dimensionally interconnected mesoporous graphene framework (MGF) was developed for simultaneous determination of Cd II) and Pb II) in aqueous solution.
Assuming the sharing of action-related information within functionally interconnected circuits, this conceptual framework might help explain the matching object-selective and planning-related responses observed here within both EBA and pMTG.
