The phrase "accurate barrier" is correct and usable in written English.
It can be used when describing a barrier that effectively prevents or limits something in a precise or exact manner.
Example: "The new security system acts as an accurate barrier against unauthorized access to the building."
Alternatives: "effective barrier" or "precise barrier".
Altogether, the errors in the best (LCCSD T0)) barriers can be estimated to be less than 1 kcal/mol compared to extremely high (CCSD(T)) levels of quantum chemical theory, which are known, from calculations on small molecules, to give accurate barriers (i.e. typically within 1 kcal/mol of experiment.
Despite the importance of an early and accurate diagnosis, barriers exist in the current healthcare system that make the journey towards a diagnosis difficult for patients and their loved ones13,15.
This level of ab inito calculations provides accurate reaction barriers for Diels Alder cycloaddition reactions and has been employed in similar studies of strain-promoted click reactions.
The aim is to conduct an experimental and numerical study of a fluid flow through the geometrically accurate three-dimensional barrier model and analyze the bar inclination effect on the wake characteristics behind the barrier.
Such knowledge should allow engineers more accurate estimation of barriers' benefits and help researchers evaluate barriers' performance to improve the barrier's design.
Made of an extremely fine fabric interwoven with anti-HIV drugs called microbicides, the tampon dissolves within 6 minutes after insertion, creating an effective, accurate, and discreet barrier against HIV transmission, NPR reports.
Although the artificial identification method is more accurate in tree barrier modeling than the proposed method, the case study shows that the proposed method of fast image recognition of transmission towers can replace the artificial identification with greatly improved efficiency of tree barrier modeling and can be applied to large-scale tree barrier modeling of transmission lines.
These theories neglect the correlation energy, which is important to account for to obtain highly accurate results including barrier heights and interaction energies (especially dispersion dominated ones).
More reliable assessment requires a geotechnical approach taking into account a variety of dynamic loading scenarios, and also relies on knowledge about the accurate dam and barrier-lake geometry.
More reliable assessment requires a geotechnical approach taking into account a variety of dynamic loading scenarios, and also relies on knowledge about the accurate dam and barrier-lake geometry (Risley et al. 2006; Korup and Tweed 2007).
