The phrase "at its axis" is correct and usable in written English.
It can be used in contexts related to geometry, physics, or discussions about rotation or balance.
Example: "The planet rotates at its axis, causing the cycle of day and night."
Alternatives: "around its axis" or "on its axis".
Browne's lavish frontispiece places at its axis Tom at the piano, and shows the novel's other characters in miniature dancing a kind of roundelay to Tom's music, stressing his moral centrality.
The ion beam current is 150 mA (with a beam current density at its axis of 0.35 matcm2), an anodeode voltage of 750 V, a microwave power of 200 W and a gas pressure of 0.05 mTorr.
This paper reports the behaviour of a continuous annular reactor irradiated with a tubular ultraviolet source placed at its axis, and analyzes the case of a chemical reaction occurring in the homogeneous phase with complex kinetics.
Four-chamber static steady-state free precession (SSFP) image shows crossing of the inflow streams of the tricuspid (T) and mitral (M) valves, due to twisting of the apex of the heart at its axis in a superoinferior configuration of ventricles.
The eastern green mamba has relatively long front fangs located at proscenium end of the maxillary bone at the very front of the maxilla, which can rotate at its axis with the prefrontal bone, giving this species more control of the movements of their fangs, unlike other elapids.
In this method, the pipe is held down at 2 external points and the ram pushes on the pipe at its central axis to bend it.
The target tumour should not exceed 3 cm at its longest axis to achieve best rates of complete ablation using most of the currently available devices.
Tidal locking causes the moon to rotate about its axis at the same rate it takes for it to orbit around our planet.
He reasoned that the geometrical requirement for superposition was that each lens element should bend light in such a way that rays entering the element at a given angle to its axis would emerge at a similar angle on the same side of the axis.
Although 18th century Swiss mathematician Leonhard Euler predicted that Earth should wobble on its axis at a pace of around once a year, it wasn't until 1891 that American businessman and amateur scientist Seth Carlo Chandler Jr. detected this wobble through analysis of stellar observations.
The turbine under consideration is a NREL VI turbine that rotates along its axis at a constant angular speed.
