The phrase "accurate unit" is correct and usable in written English.
It can be used when referring to a measurement or a component that is precise and reliable in its function or representation.
Example: "In our calculations, we must ensure that we are using an accurate unit of measurement to avoid any discrepancies."
Alternatives: "precise measurement" or "correct unit".
Current modelling techniques can struggle to mesh correctly accurate unit cell models and apply the complex but necessary periodic boundary conditions required, often with sacrifices made in idealisation of the weave architecture.
For example, in the scheme proposed by Kim [31], using the inscribed circle of images as a unit circle, when subjected to a shear attack, an accurate unit circle cannot be found, leading to the failure of watermark extraction.
Zhang et al. (2016) reported accurate unit cell parameters of individual mineral phases in a mineral assemblage contained in a diamond anvil cell (DAC) with the aid of multigrain X-ray diffraction (XRD) technique.
Multigrain XRD provides accurate unit cell determination for individual phases in a multiphase system and may serve as an in situ probe for the spatial distribution of compositional changes and/or chemical variation within a sample region of interest, complementing ex situ chemical analysis by TEM or other analysis techniques.
The number of factions in the game, each with their own historically accurate units and territories, was commended, with IGN and Game Informer stating it "gives the game huge replay value", with GameSpot adding "the strategic portion now has a lot more options".
To provide the required data quality for the entire mission lifetime an accurate calibration unit (radiometric and spectral) will be included in the instrument optomechanical assembly.
The on-axis offset (the 50% dose position minus the planned leaf position) could be determined for the purpose of accurate monitor unit calculation.
It's designed so they could have the military have more accurate GPS units than civilians.
This article presents an on-chip implementation of a bit-accurate, FxP-RS Runit using a 130 nm CMOS process.
Along with further progress of high-throughput sequencing technology and development of more efficient software for de novo transcriptome assembly, more accurate transcriptional units (TUs) could be defined in the future.
Here he was, at his old school – or, to be accurate, pupil referral unit, a last chance saloon for children with emotional and behavioural problems (drugs, violence, gangs, domestic hell).
