The phrase "attributed to a faster" is correct and usable in written English.
It can be used when discussing the cause or reason for something being faster, often in a scientific or analytical context.
Example: "The increase in productivity was attributed to a faster processing system."
Alternatives: "ascribed to a quicker" or "credited to a speedier".
This effect can be attributed to a faster removal of Cl− ions from the catalyst surface via their reaction with water.
The reduction in the main peak intensity in alkali-activated slags as compared to OPC systems can be attributed to a faster product layer formation around the slag particles immediately after the ionic concentrations in the pore solution reaches the critical value (i.e., immediately after the induction period) thereby inhibiting further reaction.
In vitro cytotoxicity studies using MC3T3-E1 osteoblasts confirmed that cell proliferation was affected by all glasses in this study, with decreased proliferation attributed to a faster release of sodium ions over calcium ions in both glass series, factor known to slow cell proliferation in vitro.
This hyperpolarization of mitochondria can be attributed to a faster turnover of damaged mitochondria through TFEB-induced autophagy.
The absence of difference between the furfural concentrations could be attributed to a faster formation of pseudo-lignin from furaldehyde in the MW-heated system.
For the interaction between K63-Ub2 mutand A20 A20 ZnF4, more peaks at the interface (residues 50 62 of the distal unit) can be traced, which can be attributed to a faster exchange than that of the wild type.
On the other side of the self-control spectrum, Los Angeles Lakers center Shaquille O'Neal missed the opening tipoff of a game against Golden State in 1998 because of a problem he attributed to a fast-food pregame meal.
Whereas, at high PVPh concentration, the orientation function 〈P2〉 is linear with deformation, at intermediate compositions a non-linear relationship was observed, attributed to a fast relaxation.
This peak is attributed to a fast chemical reaction between Fe(II) and the anion radical of the ketone, which shifts the electrochemical peak potential.
A full recovery from post-traumatic osteopenia is expected in children and in adolescents (personnal data submitted for publication), and this fast mineral accretion is intuitively attributed to an easier and faster weight bearing observed among these age groups.
Such pressure relaxation behavior is attributed to a combination of Case I-R (faster) and Case III-R (initially, slower) processes, because helium is inert gas.
