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The phrase "time dependent term" is grammatically correct and can be used in written English, particularly in technical or scientific writing
An example of its usage could be: "The study found that the accuracy of the model decreased over time due to the inclusion of time dependent terms." This sentence is referring to how certain variables in the model are affected by the passage of time.
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The time dependent term in the governing equation is integrated with the WBZ-α method.
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We have identified two metrics for quantifying deviations from homeostasis: a global metric, denoted by Δ, and a time dependent, termed the Transcription State denoted by Δ t).
We assessed the proportional hazard assumption by including time dependent terms in the unadjusted model and measuring the global effect.
Substituting equations (28) and (29) into equations (22) and (23) and matching time dependent terms results in the explicit formulae (6)–(11), which generalise those in [ 10].
New correlations, incorporating a time-dependent term, have been developed to compensate for the time required for the bed to achieve equilibrium sorption capacity.
For the existence of the solutions for (1.1 - 1.3 1.1 - 1.3he time-dependent term introducesinceessenthel complications, we directly give the following resultermf the exintroducesd unoquessentialsolution without proof.
For simplicity, the time-dependent term exp(−iωt) is not explicitly written: the symbol i is the imaginary unit and ω is the angular frequency of a time-harmonic spherical wave.
i.e., we approximate the space-dependent term, x, with the mid-point between the reset value, v 0 = 0, and the threshold, v th = 1, and we approximate the time-dependent term, sin , by its time-average value between 0 and t.
Equation (15) does not have a time-dependent term, and it is a CW diffusion equation.
Adding a time-dependent term also did not model the data adequately, since this non-proportionality was caused by a short early drop in the Kaplan-Meier curve for TTDP in the low RTDI group.
Elimination of a substance from the circulatory system is usually described by a logarithmic process, where the concentration of the substance at time t (Ct) is related to the baseline concentration (C0) by the time-dependent term e−λ t, where λ is a positive decay constant, that is, C t = C 0 e(−λ t).
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Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com