The phrase "as a function of time where" is correct and usable in written English.
It is typically used in scientific or mathematical contexts to describe how a variable changes over time.
Example: "The temperature of the substance changes as a function of time where it reaches its boiling point after 10 minutes."
Alternatives: "in relation to time" or "as time progresses".
In Fig. 3a, the electric field, E x, is plotted as a function of time, where the position of the measurement is x=−3.5c/ω pe.
The wind velocity is calculated from the radar measured position coordinates of the chaff (R,θ,φ) as a function of time, where R,θ, and φ are the range, elevation and azimuth angles respectively.
Figure 2A shows the plot of Ft/ F0 of LYI at 515 nm as a function of time, where Ft and F0 are the emission intensities at time t and zero respectively.
Reflectance profiles for every isolated cone and rod were generated by plotting reflectance as a function of time, where reflectance at a given time point is defined as the average intensity of all the pixels within the photoreceptor mask.
To ensure a more representative picture of temporal trends in the proportion of ORVs, a mixed effect logistic regression modeling approach (26, 27 ) was used, which allows modeling of binomial proportions, i.e., a numerator and a denominator as a function of time, where the coefficients of this function are allowed to vary for each country around a mean value, combining data from all countries.
For this purpose, the resulting magnetic and electric fields have been determined as a function of time considering potential points where lightning is expected to strike.
The estimated parameters as a function of time k were shown in Figures 3A and 3B, where the solid lines were true parameters.
where we analyze Strategyit as a function of time since application (AW it ), controlling for total application time (AW i ).
As a function of time, the iron release at pH 2 reaches an equilibrium where more than 90% of the iron is released from the protein particles.
SIGM can be written as a function of time t (see Appendix), SIGM =[1+3 exp -8λ t/3)]/4 [3] whexp -8λs the average rate of substitution per site per evolutionary time unit, and t is the time after sequence homogenization (concerted evolution).
In many cases where data are collected as a function of time, the time element is simply removed, e.g. by taking the maximum activation across the time periods, then using linear two-way causal analysis techniques.
