The phrase "a function of diffusion" is correct and usable in written English.
It can be used in scientific or technical contexts to describe how a particular phenomenon or process is influenced by diffusion.
Example: "The rate of temperature change in the material is a function of diffusion, which affects how heat is distributed throughout the substance."
Alternatives: "dependent on diffusion" or "influenced by diffusion".
Figure 2 Energy as a function of diffusion coordinate.
Figure 20 Volume specific carbon oxidation as a function of diffusion scale (plug thickness).
Figure 6 Drug peak concentration in the choroid (left column) and retina (right column) as a function of diffusion coefficient (top row), clearance rate (middle row) and membrane permeability (bottom row) in the various layers (specified in the legends).
Figure 7 Drug time-to-peak in the choroid (left column) and retina (right column) as a function of diffusion coefficient (top row), clearance rate (middle row) and membrane permeability (bottom row) in the various layers (specified in the legends).
Film formation and capacity fading in a lithium ion battery is studied as a function of diffusion of lithium ions, kinetics of reaction at the interphase and potential drop across the SEI layer.
As shown in Figure 3d, the wall thickness increases linearly as a function of diffusion time over 2 h.
The signal-to-noise ratio of the 1D spectrum obtained in this way could have been slightly enhanced, at the expense of added complexity in data processing, by applying a suitable weighting as a function of diffusion-encoding gradient when co-adding the spectra.
This leads to apply non-equilibrium condition in which, mass transfer phenomena, in addition to the concentration diffusion, will be a function of pressure diffusion, external force diffusion and thermal diffusion (Bird et al. 2002).
The average length by molecular diffusion of 222Rn in soils, L (m), is given by a function of the diffusion coefficient, D (m2/s), and decay constant, λ222 (s−1), as D / λ 222 (Lehmann et al. 2000).
In panel C, the localization accuracy of the detection is plotted as a function of the diffusion coefficient of the particle, for a series of simulated videos with increasing diffusion coefficient (0.001, 0.01, 0.1, 1, 10, and 20 μm/s).
Let us first rewrite (L^) as a function of the diffusion rate d.
