The phrase "attributed to the highly" is not complete and lacks context, making it difficult to assess its correctness in written English.
It could be used in contexts discussing the source or cause of something, particularly when referring to a high level of quality or achievement.
Example: "The success of the project was attributed to the highly skilled team members who worked tirelessly."
Alternatives: "credited to the highly" or "ascribed to the highly".
The excellent electrochemical behavior of PC-6 can be attributed to the highly development pore structure.
This was attributed to the highly graphitic character of the as-produced CNFs.
The down-regulation is attributed to the highly conserved 33 amino acid sequence, K 617) -H(649), of the 1,663 amino acids long Kalirin-7.
The former mainly result from the "shuttle" mechanism due to the dissolution of the reaction intermediates lithium polysulfides; the latter can be attributed to the highly flammable electrolyte.
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.
This is attributed to the highly porous but robust core-shell architecture, large utilization ratio of sensing layer and excellent catalytic activity.
The improved performance of CGN/SnO2-Co can be attributed to the highly stable and conductive CGN framework, ultra-small size of SnO2 nanoparticles, and Co doping effect.
The enhanced electrochemical performances can be mainly attributed to the highly uniform micro-/nanostructure with relatively larger specific surface area and total pore volume.
This difference in capacitance can be attributed to the highly accessible specific surface area of graphene and its high efficiency towards electrolyte ion absorption.
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.
Formation of this practically undesirable landscape is attributed to the highly non-uniform evaporative character of sessile or pendent liquid lines, which results in a non-uniform consolidation of the porous phase formed upon contact with the solid surface.
