The phrase "attributed to the structural" is correct and usable in written English.
It can be used in contexts discussing causes, effects, or characteristics related to structural elements in various fields such as architecture, sociology, or linguistics.
Example: "The issues observed in the community can be attributed to the structural inequalities present in the system."
Alternatives: "ascribed to the structural" or "linked to the structural".
The significant enhancement of the cycling performance of the β-NiMoO4 powders with ultrafine crystallite size was attributed to the structural stability of the yolk-shell structure.
The higher content of nano cockle powder results in a higher amount of aggregates dispersed within the alginate matrices consequently correlating to the higher value of porosity observed in scaffold 4. Another possible explanation for the higher porosity value in scaffold 4 may be attributed to the structural collapse which has resulted in wider pore structures.
The electrochemical stability of Ba-substituted Li10GeP2S12 can be attributed to the structural stability resulting from the stable interaction between Ba2 + and S2 − in the structure.
Most of the interfacial energy is attributed to the structural difference across the f.c.c./b.c.c.
This difference was attributed to the structural differences in aromatics fraction, mainly determined through FTIR analysis.
The enhanced electrochemical performance is attributed to the structural stability of the composite sphere during the charging discharging process.
Attributing to the structural features, the Pt nanoparticles deposited on the prepared GNs exhibit a homogeneous dispersion without obvious aggregation.
Characterization of electron-irradiated PCBM reveals that the variation of the band structure is attributed to the molecular structural change of PCBM by electron irradiation.
The superior battery performance of NiCo2O4 nanoparticles is probably attributed to the special structural features and physical characteristics, including integrity, hollow structure with interconnected pores, which providing sufficient accommodation for the volume change during charge/discharge process.
The temperature dependence of kon reveals a small activation barrier of ~10 kcal mol−1, which could be attributed to the minor structural rearrangement upon forming the interface G-quartet.
This improvement in electrochemical performance is attributed to the enhanced structural stability and electrical conductivity caused by the carbon layer, and is supported by TEM and EIS measurements.
