The phrase "a steady diffusion of" is correct and usable in written English.
It can be used when describing a gradual and consistent spread or distribution of something, such as ideas, substances, or phenomena.
Example: "The researchers observed a steady diffusion of the new technology across various sectors, leading to significant advancements."
Alternatives: "a gradual spread of" or "a consistent distribution of".
The characteristics of a steady diffusion flame that arises at the interfaces of two condensed phase reactant streams that form an opposed counterflow are discussed.
A problem dealing with the radial steady diffusion of an ideal fluid through a pre-stressed fibrous hollow cylinder subjected to finite deformations is investigated.
Without paracrine signaling within the brain, cells would have to rely on the steady diffusion of metabolites through the brain interstitial fluid.
In the cases presented, only a simple, steady diffusion model was used to quantify the diffusion results in terms of the permeance.
It is observed that the unsteady flame trajectories move closely along a 2D manifold describing the set of steady diffusion flames in composition space.
Also, we introduce a general model adaptation of the steady diffusion equation for extremely anisotropic diffusion problems with closed field lines.
We survey prediction capabilities of ENDF/B-VII.1, JEFF-3.2 and JENDL-4.0u nuclear data libraries (NDLs) for the application of generating two-group homogenized assembly constants for a steady state diffusion model in the context of UAM-LWR (Uncertainty Analysis in Best-Estimate Modeling for Design, Operation and Safety Analysis of LWRs) Benchmark.
The decay is at least of centennial timescales (Finlay, 2008), which apparently applies to the arguments of steady diffusion.
This is more or less consistent with the arguments of steady diffusion (Voorhies, 1993; Love, 1999) as well as with the arguments for the primary contribution of the advection to the geomagnetic jerks (Bloxham et al., 2002; Olsen and Mandea, 2008; Wardinski et al., 2008).
On one hand, the levels of volatile molecules with a steady axial diffusion, such as nitric oxide, may decrease at higher expiratory flow rate [ 36, 43].
