The phrase "accurate components" is correct and usable in written English.
You can use it when referring to parts or elements that are precise or correct in a specific context, such as technical specifications or descriptions.
Example: "The engineer ensured that all the accurate components were included in the final design to meet the project requirements."
Alternatives: "precise elements" or "correct parts".
We could invest in faster more accurate components, especially with the ADC and DAC.
The ALIF method offers good performance in obtaining more accurate components of non-stationary signals and in suppressing mode mixing.
Objectives technique of preoperative planning in total knee arthroplasty is to set up accurate components, prosthetic under a proper alignment, according to the axial axis of the limb to intervene.
The results indicate that ASNBD ACROA is superior to the other two methods at least in restraining boundary effect, gaining more accurate components in the presence of noise and showing better orthogonality; moreover, it performs better in the analysis of experimental data.
As it can be seen in Fig. 8(a), the solution returned by the algorithm is the one that maximizes the intrusion detection accuracy and, consequently, the startup time since the most accurate components and parameters require more time to be in operation.
Surgical technique can also influence PE wear, because increased contact stress between the articular surfaces can be reduced by accurate component positioning.
Unicompartmental knee arthroplasty (UKA) is becoming an increasingly more main stream option for arthritis management, but attaining durable outcomes is dependent on precise implantation of the components, accurate component and limb alignment, sound prosthesis design, and acceptable indications.
Designing through optimization principles requires the knowledge of an objective function which integrates all the unknowns of the materials therefore an accurate component-level modeling of stratified structures is necessary.
This paper presents both methodologies to generate the model parameters required for the implementation of accurate component fault models and simulation results from representative defective structures in a MEMS product.
In general, very little literature concerning the metallic alloys behavior under torsion cyclic loading using ultrasonic is available; however, in order to perform an accurate component design under multi-axial loading and VHCF, the material behavior under torsion cyclic loading is required.
Since SRL relies on graph theory, the improved functional graphical representation provides more accurate component information for the mathematical readiness calculations.
