The phrase "attributable to the structure" is correct and usable in written English.
It can be used when discussing the cause or reason for something being linked to a specific structure, often in contexts like architecture, biology, or organizational frameworks.
Example: "The increased stability of the building is largely attributable to the structure of its foundation."
Alternatives: "due to the structure" or "resulting from the structure".
Si nanoparticles in hexane show PL spectra with four peaks which are attributable to the vibronic structure of 9,10-dimethylanthracene (DMA) impurity in hexane.
These trials have highlighted several toxicities that are attributable to the chemical structure of the ASOs, and not to the particular ASO or target mRNA sequence.
The matchless of the CO2 adsorption results obtained for the MWCNTs used in this study with those of the MWCNTs reported in literature implies that different MWCNTs show substantially different CO2 adsorption properties attributable to the complex structure of the CNTs and partly to the methods employed in the production of the CNTs.
The two preliminary experimental designs adopted in order to combine the datasets were: (1) differences between two consecutive years were tested by sampling the same meadow (Formentera) in June 2001 and June 2002; and (2) differences attributable to the meadow structure were evaluated by sampling two meadows (Mallorca 2000 and Formentera 2001).
The uncertainties in the intensities of embodied global environmental burden attributable to the simplified structure of the global link input output model are quantified using Monte Carlo simulation.
The slower LD decay observed in the japonica subpanel may be attributable to the stronger structure observed within this panel, with the presence of four well-differentiated populations.
This might be attributable to the chemical structure of the phenanthroline ligand of 2 that is more planar and hydrophobic than the bipyridyl ligand of 1.
LPN signal amplitude was lower relative to other sampling areas and is attributable to the tendinous structures below the electrodes.
Interestingly, the Warburg impedance at 90 °C electrode was the lowest, which was attributable to the effective porous structure of the nanosheets facilitating ionic transportation.
