The phrase "accurate surface" is correct and usable in written English.
It can be used in contexts where precision or correctness of a surface is being discussed, such as in scientific, engineering, or artistic descriptions.
Example: "The accurate surface of the model was essential for ensuring that the final product would fit perfectly."
Alternatives: "precise surface" or "exact surface".
3D surface metrology offers the opportunity to generate an enhanced measurement set for accurate surface metrology quantification.
If his dating of the ice core layers is accurate, surface melting like that seen in recent years has not occurred over the last 11,700 years.
These cells are used to generate polygons that are further triangulated to obtain accurate surface representation.
Optimisation of their interactions with bioentities, such as bacteria, cells or proteins, requires accurate surface characterisation.
The technique does not introduce any approximation and allows smoother and more accurate surface following tool-paths to be generated.
We present how resampling before merging can be beneficial to keep data handling requirements practical, whilst ensuring accurate surface representation.
The continuous method provides an accurate surface-separation solution but is much more efficient.
This limited view constrains the ability to obtain a sufficiently geometrically descriptive surface for accurate surface-based registrations.
In this work, a rapid and accurate surface-enhanced Raman spectroscopy (SERS) based on silver nanodots (AgNDs) array substrate method was used to detect Alternaria alternata (A. alternata) in both sterile water and pear juice (an example of complex food matrix).
Hybrid modes formed as a consequence of coupling between Tamm-plasmon polariton (TPP) mode and surface plasmon polariton (SPP) mode in a metallo-dielectric heterostructure geometry exhibit interesting dispersive features which can be employed for realizing highly sensitive and accurate surface-plasmon-resonance (SPR) sensor.
In optical fabrication, single-crystal diamond turning is effectively used to cut metal surfaces to obtain smooth and highly accurate surfaces relevant for different types of optics.
