The phrase "a changing flux" is correct and usable in written English.
It can be used to describe a situation or state that is constantly in motion or undergoing change.
Example: "The economy is in a changing flux, making it difficult for businesses to plan for the future."
Alternatives: "an evolving state" or "a dynamic flow."
It has a rich phase diagram that comprises a cascade of rapidly changing flux quantum numbers.
For specific cases, the effects of changing flux and feed water temperature are also reported.
The difference between these two power values is the power loss consisting of losses in the magnetic iron due to the changing flux, losses in the resistance of the stator and rotor conductors, and losses from the windage and bearing friction.
It is with this setup that Vasubandhu turns to address the non-Buddhist sectarians, asking them to account as elegantly as his causal, no-self view does, for the changing flux of mental events.
In the case of time-varying simulation data, the dynamic metabolic behavior contained in these data is expressed visually with an animation showing changing metabolite pool sizes and changing fluxes represented by differently filled boxes and varying arrow widths, respectively.
As the Ohio River adjusted to changing fluxes in sediment load and discharge following the LGM, it formed a sequence of fill-cut terraces in the MIS 2 outwash that get progressively younger with decreasing elevation, ranging in age from ∼21 ka to ∼13 ka.
To improve the physical understanding of the Forbush decreases (FD) and to explore the Space Weather drivers, we need to measure as much geospace parameter as possible, including the changing fluxes of secondary cosmic rays.
In contrast, potential changes to sediment carbon stocks are much less well studied or understood, but may also be significant in the face of exploitation of marine resources as well as changing fluxes from land and changing ocean conditions (deoxygenation, warming, acidification), may in turn influence marine productivity and carbon burial [30].
The electrical effects were thus attributed by Faraday to a changing magnetic flux.
In 1831 the great English experimentalist Michael Faraday discovered electromagnetic induction, in which a moving magnet (more generally, a changing magnetic flux) induces an electric current in a conducting circuit.
