The phrase "accurate acquisition" is correct and usable in written English.
It can be used in contexts related to obtaining information, data, or resources in a precise and correct manner.
Example: "The research team emphasized the importance of accurate acquisition of data to ensure the validity of their findings."
Alternatives: "precise collection" or "correct procurement".
Accurate acquisition is essential to investigate arterial pulse waves.
The design concept is based on the accurate acquisition and storage of the original impulse waveform.
Our system allows fast and accurate acquisition of the geometry and appearance information of any 3D object.
Such a survey setup requires accurate acquisition and processing techniques to extract time-lapse information supporting the interpretation of selected cross-sections photographed after excavating the site.
With rising demand on highly accurate acquisition of small motion the use of video-based motion capturing becomes more and more popular.
Fast and accurate acquisition of the temperature information of a workpiece is essential to achieve temperature uniformity control in the quenching process.
Panchaud, A., Jung, S., Shaffer, S. A., Aitchison, J. D. & Goodlett, D. R. Faster, quantitative, and accurate precursor acquisition independent from ion count.
With accurate field acquisition and travel time picking and correct choice of inversion parameters, it was possible to obtain detailed P-wave tomographic models in areas characterized by thick beds of pyroclastic deposits.
For accurate data acquisition at these higher rates, attention needs to be paid to apparatus design in order to minimise contributions from transient forces arising from resonances and the propagation of shock waves in the apparatus.
The application of predictive analytics to the management of baseball teams — brought to life in the book (2003) and then movie (2011) "Moneyball" — made vivid the ways that data-based modeling can be used for more accurate talent acquisition and deployment.
As a result of new sensors and methodologies that allow for faster and more accurate data acquisition, the production of highly detailed 3D models is becoming part of the standard workflow in many disciplines – architecture, cultural heritage, urban planning, and others.
