The phrase "accurate device" is correct and usable in written English.
It can be used when referring to a device that provides precise measurements or functions reliably.
Example: "The new sensor is an accurate device for measuring temperature fluctuations in the environment."
Alternatives: "precise instrument" or "reliable tool".
Accurate device design and precise implantation are key components of the procedure.
The challenge is to build a noninvasive but accurate device that can detect health problems.
A procedure to obtain simplified but accurate device models has been shown together with experimental validation.
Therefore, the PIV method can provide the accurate device parameters needed for improved computer-aided-engineering (CAE) software models.
Imaging during the procedure is crucial for accurate device positioning, assessing prosthetic valve function and efficient detection of procedural complications.
With the aid of the accurate device modeling, we explore the energy loss mechanisms in planar perovskite solar cells.
Subsequent, even more accurate devices to detect drunkenness use infrared radiation, among other means.
But few anemometers, more accurate devices that measure wind speed on the ground, would survive a tornado or cyclone in one piece.
Adding to the poignancy of the problem is that relatively inexpensive, easy-to-use and highly accurate devices for detecting hearing loss are available, as are treatments like hearing aids and cochlear implants that can restore hearing to near normal.
A proper Volterra inverse not only eliminates the non-linear behaviour but also compensates the system losses and under appropriate conditions, eliminates transient perturbations of the system allowing more accurate devices with more widespread usage.
This led to the development of miniature, highly accurate devices that officers could carry in their pockets.
