The phrase "as a function of the propagation" is correct and usable in written English.
It can be used in contexts related to mathematics, physics, or engineering, where you are discussing how one variable depends on another, particularly in relation to wave propagation or signal transmission.
Example: "The signal strength varies as a function of the propagation of the wave through different media."
Alternatives: "in relation to the propagation" or "depending on the propagation".
Figure 7 shows the total system throughput of the RoF-based WLAN and legacy WLAN as a function of the propagation delay δ RoF with α=1.
Fig. 2 Tweek occurrence rates as a function of the propagation distance for the equinox (a), winter (b), and summer seasons (c).
Fig. 5 Remaining fraction of energy as a function of the propagation distance Fig. 6 NRZ-OOK BER versus link distance for different values of transmitter power.
Fig. 8 Total system throughput vs. α with UDP bidirectional full buffer traffic when δ RoF=50 μs. Figure 9 shows the collision probability of frames as a function of the propagation delay δ RoF when α=1 in the ATRAS scheme.
Note that a is a function of the propagation delay, as shown in (7).
Another intriguing observation involves the significant evolution of the crack front shape as a function of the crack propagation velocity under identical loading conditions.
Finally, using (3) in (2) one obtains Figure 4 Propagation loss as a function of the distance: (a) on-body propagation, and (b) propagation through reflections off the environment.
We show maps of the Poynting vector along the propagation direction as a function of the silicon nanograin (Si-ng) concentrations.
This methodology estimates the fatigue crack propagation rate as a function of the difference between the applied driving force and the material threshold for crack propagation, function of crack length.
We used this model to understand damage initiation and propagation as a function of the cross-link density between tropocollagen molecules.
Substituting the wave propagation, c, as a function of the tube and fluid properties, the resonant frequency hence becomes {f}_r=0.17sqrt{frac{Eh}{2rho r}} (5).
