The phrase "axis of the device" is correct and usable in written English.
It can be used in contexts related to mechanics, engineering, or technology when discussing the central line around which a device rotates or is aligned.
Example: "The axis of the device must be calibrated to ensure optimal performance during operation."
Alternatives: "centerline of the device" or "pivot point of the device.".
This acts as a magnetic plug to stop particles from escaping along the axis of the device.
The cross-sectional structure along the nanowire axis of the device is illustrated schematically in the inset.
A diffuse deuterium plasma will be initially created by making filament discharge and subsequently, on application of high negative voltage to the inner grid, deuterons will be accelerated towards the axis of the device.
It is also shown that the alignment of the axis of the device relative to the incoming waves plays an important role in the overall efficiency of the device.
Since the optical collimator produces a reticle image made up of collimated light, light that is nearly parallel, the light making up that image is theoretically perfectly parallel with the axis of the device or gun barrel it is aligned with, i.e. with no parallax at infinity.
In the case of a linear DC gradient applied to RF rungs and guards, a virtually uniform electric field can be created along the axis of the device, enabling high quality ion mobility separations.
By adding a second axis to the device the sofa is able to balance on just one leg turning a neglected piece of furniture into a robotic sculpture.
Modified dimensionless numbers are consistent with the definition of conventional Reynolds and mixing numbers (when only one revolving motion around the vertical axis of the mixing device occurs in the vessel).
The corneal vertex is the intersection of the pupillary axis with the anterior surface of the cornea, when the pupillary axis coincides with the optical axis of the measuring device [ 11].
For unstable pertrochanteric fractures, it can be achieved through two approaches: intraoperative fracture compression and postoperative impaction via controlled sliding along the axis of the instrument device (helical blade or lag screw).
The use of a knife edge perpendicular to the ICP axis allowed the imaging of the device outflow as it impinged on an agar plate, even though it was partially covered by a curtain of heated argon rising due to buoyancy.
