The phrase "accurate properties" is correct and usable in written English.
It can be used when discussing specific characteristics or attributes that are precise or correct in a particular context, such as science, engineering, or data analysis.
Example: "The accurate properties of the material were essential for ensuring the success of the project."
Alternatives: "precise characteristics" or "correct attributes".
Accurate properties of the Green's function in Lemma 2.2 are important.
After the promising compositions and microstructure are pinned down, bulk samples can be prepared to measure the accurate properties and verify the combinatorial high-throughput characterization results.
Compared with the other nonlinear observers without considering the time scales, the proposed observer demonstrates faster convergence and more accurate properties.
The new fully automated tool provides a unique means for computing, once and for all, the accurate properties of composites over a broad range of microstructures.
The thermo-economic model uses accurate properties for the seawater, brine, pure water and vapour and is solved with an equation solver which does not require the development of a specific solution algorithm as in most previous studies.
Thus, these hybridized metasurface systems have been shown to simultaneously have superior absorption, large local electric enhancement, and small lateral resolution, which are very helpful for probing the accurate properties of single molecules for many surface-enhanced spectroscopies, due to their ability of supporting both the LSP and out-of-plane couplings.
In response, he began developing an "e-government" software platform that uses digital mapping to permit far more accurate property tax assessments and collection.
The same appears to be true now in California when it comes to the ease of getting an accurate property tax assessment.
Particularly in process simulation, reliable and accurate property estimation methods play an important role in the solution of various simulation problems [1].
Understanding these sources of variability on the magnetostrictive response can lead to more accurate property characterizations and more precise engineering of magnetostrictive actuators and sensors.
The present field report details newly created models, as well as the tested methods, thus it documents the progress with respect to the long term objective of accurate property predictions for nano-scale simulations.
