The phrase "allows the attainment" is correct and usable in written English.
It can be used when discussing the facilitation or enabling of achieving a goal or objective.
Example: "The new policy allows the attainment of higher efficiency in our operations."
Alternatives: "enables the achievement" or "facilitates the realization".
An air-assisted atomizer allows the attainment of fine droplets with relatively low velocity toward the substrate.
The correct balance between chemical composition and spatial organization of reinforcement systems allows the attainment of an ideal compromise between mechanical response and bioactive potential, facilitating the development of composite scaffolds for bone tissue engineering applications.
This not only helps balance the heat generation rate along the reactor with the heat removal capabilities but it allows the attainment of very high conversion of one or more reagents while maintaining high reactor productivity.
These findings may serve as valuable information in assisting tray designers and process engineers to decide on ranges of operating conditions which allows the attainment of high efficiency distillation operation, and also providing some insights into future development of sieve tray technology.
In a game that is built around the concept of repetition in order to test player skill and allow the attainment of higher combo scores, variation in environments and enemy types are crucial components to avoid stagnation.
"Rather than drive up standards, they have created a schools policy that has allowed the attainment gap between poorer children and their peers to widen, teacher shortages particularly in subjects that are key to our country's competitiveness such as English and maths, and pushed post-16 education to a cliff edge, limiting opportunities for the next generation".
The intracellular pathways that lead to contraction- and insulin-stimulated GLUT4 translocation seem to be different, allowing the attainment of a maximal effect when acting together.
The aligned objective allowed the attainment of lithographic patterning with edge response of 90 nm, as part of the laboratory-scale MET for EUV projection lithography realized at the ENEA Frascati Research Centre.
In this paper a detailed description of the metrological procedures and tests and of the RFQ along its production and assembly phases will be given and it will be shown that the adopted procedure allowed the attainment of the tuning range specifications for each RFQ module.
Investigation and optimization of the competitor design and of the gold-labelling strategy allowed the attainment of the ultra-sensitive assessment of AFM1 contamination at nanograms per litre level (LOD 20 ng L−1, IC50 99 ng L−1), as requested by European regulations.
