The phrase "attributed to the strength" is correct and usable in written English.
It can be used when discussing the cause or reason behind a particular strength or quality, often in a context of analysis or evaluation.
Example: "The team's success can be attributed to the strength of their collaboration and communication."
Alternatives: "ascribed to the strength" or "credited to the strength".
While some of this can be attributed to the strength of domestic demand, the performance of exporters remains very disappointing.
A direct relationship between metal load and catalyst stability was found and attributed to the strength of metal-support interactions.
But while some decisions can be attributed to the strength of competition – BBC2's Top of the Lake was unlucky to come up against the blockbuster of Broadchurch in best drama series – others look wilful and pointed.
Mid-afternoon minimum CO2 concentrations and negative fluxes are attributed to the strength of biospheric photosynthesis and strong mixing of local anthropogenic sources in a deep mixed layer.
Thus, it is thought that the variety of focal mechanisms shown in Figs. 9 and 11 are attributed to the strength of the faults.
Accordingly, the efficiency of ozone technique for solely removing organics and ammonia from leachate is relatively weak; the technique is more efficient for color removal, which may be attributed to the strength of organic components in leachate, improving the removal efficiency in lower initial COD concentration as shown in Table 3.
Tensile testing results showed that the AA6061 31%B4compositete had a tensile strength of 340 MPa, improved by 112.5% compared with AA1100 31%B4compositete, which is attributed to the enhanced strength of the matrix alloy.
These failures are primarily attributed to the shear strength reduction due to the loss of suction associated with the water infiltration.
This is mainly attributed to the increased strength of the concrete fill, inside the internal tube, that is surrounded by both the external and internal steel tubes.
SEM and XRD demonstrate that the activation products of AAFA mortars are mainly amorphous alkaline aluminosilicate gels, which are attributed to the compressive strength.
The CNF paper was able to provide a much stronger erosion resistance compared to the CF reinforced epoxy composites, which is attributed to the high strength of CNFs and their nanoscale structure.
