The phrase "as a function of propagation time" is correct and usable in written English.
It can be used in contexts related to physics, telecommunications, or any field where the relationship between a variable and time is being discussed.
Example: "The signal strength decreases as a function of propagation time, affecting the overall communication quality."
Alternatives: "in relation to propagation time" or "depending on propagation time."
The internuclear distances of OH, HCl and ClO (labeled as R_OH, R_HCl, and R_ClO, respectively) as a function of propagation time are shown in Figure 9(a), which gives a proof of the direct reaction.
Figure 9 Internuclear distances of OH, HCl and ClO (marked as R_OH, R_HCl and R_ClO, respectively) as a function of propagation time at 60.0, 90.0 and 120.0 kcal/mol for (a) O + HCl → OH + Cl (R1), and (b) O + HCl → ClO + H (R2) reactions.
Furthermore, the run-time of both propagators is compared as a function of propagation arc, output step size and gravity field order to assess its performance for a full range of relevant use cases.
Figure 2c shows the RGB intensities as a function of propagation distance.
Further, the pulse broadening ratio as a function of propagation distance, for different input pulses is depicted in Fig. 4.
We also study propagation characteristics as a function of local time, season, and solar activity.
In order to determine lymphatic contractile function, a series of 66 ROIs were selected along the entire fluorescent collecting lymphatic vessel as shown in Fig. 1B. Figure 1C shows a generated, three-dimensional (3-D) spatial-temporal map of fluorescent intensity as a function of time and length, showing coordinated propagation of 19 contraction waves.
Solute concentration profiles and hydraulic pressure propagation are calculated as a function of time and the flux of water and ions are obtained for various drilling conditions.
Thus, a three-dimensional plot of fluorescent intensity as a function of time and distance was generated to assess the propagation velocity and the frequency of an ICG-laden lymph fluid "packet" propelled along the lymphatic vessels.
Particular wavelengths are made available as a function of time using a tunable filter synchronized to the round-trip propagation delay.
