The phrase "accurate fiber" is correct and usable in written English.
It can be used in contexts related to textiles, nutrition, or data analysis where precision regarding fiber content or characteristics is important.
Example: "The lab results confirmed that the fabric contains accurate fiber content, ensuring its quality and durability."
Alternatives: "precise fiber" or "exact fiber".
Self-alignment structures for fast and accurate fiber optic positioning have also been implemented in both devices.
The inelastic behavior of column cross-sections is modeled at the mesoscale level using the accurate fiber element method.
Confocal microscopy can be used to examine fiber contents and distribution in the web, while immersion test gave more accurate fiber contents of the blend web.
Using causal estimation in this way yields inherent path regularization and accurate fiber resolution at crossing angles which is not found in independent optimization approaches.
In here this work is extended to a two-layer left-ventricle-like FMC structure, which adopts a more accurate fiber orientation.
And while it's more than likely that this painting was made on cotton rather than silk, Sasaki notes that a more powerful microscope would be needed for "100% accurate fiber identification".
These higher values of PP indicate that accurate fiber-orientation in heart-mimicking flexible-structural pumps is very important.
The intent of this study was to develop a simple and accurate fiber-optic approach for determination of broadband OPs of layered mucosal tissue in the UV-Vis, enabling discrimination of normal and dysplastic mucosa.
In this work, the local transient solids concentration (bed voidage) was carefully measured with the help of an accurate optical fiber probe at different temperatures and gas velocities covering both bubbling and turbulent fluidization regimes.
Recent efforts in this direction have sought a balance between accurate representation of fiber behavior and computational expense.
Overall, the methodology was shown to be highly applicable for the accurate determination of fiber properties from both unidirectional and woven systems.
