Sentence examples for attributed to the interconnected from inspiring English sources
And the improvement of toughness might be attributed to the interconnected nanostructure.
The excellent Na-ion storage property is attributed to the interconnected three-dimensional architecture, the abundant O-containing functional groups and the large interlayer spacing.
The superior pseudo-capacitive energy storage characteristics are strongly attributed to the interconnected 3D nanoporous network architectures of the TTMOs along with the secondary layered nanosheets that provide 1) the enlarged surface area with the high conductivity, 2) the facile and multi-access ion paths, and 3) the favorable structural stability.
Despite having a lower C/O ratio, the compact structure gave rise to the highest electrical conductivity, attributed to the highly interconnected 3D porous structure providing conductive pathways.
The PCL/rGO membranes exhibited 2.5 times higher flux than previously reported biocompatible polymer membranes for cell culture bioreactors, which was attributed to the highly interconnected porosity.
It was attributed to the high quality interconnected SWCNT network providing the almost free pathways for charge carriers.
This favorable performance can be attributed to the unique 3D interconnected architecture with great electro-conductivity and its intimate contact with SnS2.
The observed excellent electrochemical performance is attributed to the presence of MWCNTs interconnecting the NiO microspheres of the composite material, of which electronic conductivity was improved, and the mesoporous hollow structure effectively alleviated the volume changes to maintain the structural stability during cycling.
This superior performance of the 3D composite for LIBs is attributed to the porous 3D architecture with the conductive graphene interconnected network to guarantee the high conductivity and enable fast electron transport between graphene and VS4.
Improved supercapacitive performance of MN1 1 in both electrolytes is attributed to the unique nanofibric morphology where small nanoparticles are interconnected with good amount of open pores and forms a porous, one dimensional and high aspect ratio nanofibers.
This nanocomposite material achieved an overall reversible capacity of 995.3 mAhg-1 after 200 cycles, which can be attributed to the high surface area and the large mesoporous volume of Cr2O3 nanoparticles interconnected with highly conducting network of CNTs.
