The phrase "a function of fundamental" is not correct and lacks clarity in written English.
It may be intended to describe a relationship or dependency involving fundamental aspects, but it needs additional context to be meaningful.
Example: "The outcome of the experiment is a function of fundamental principles in physics."
Alternatives: "a result of fundamental" or "a product of fundamental".
Two well‐established mathematical models are used to simulate different release profiles as a function of fundamental properties; namely, diffusion coefficient (D), saturation solubility (Cs), drug loading (A), and the height of the device (h).
Later, in collaboration with Edmund Landau of Germany, Bohr concentrated his efforts on a study of the Riemann zeta function, a function of fundamental importance to the theory of prime numbers and also to the theory of analytic functions in general.
Figure 2 Vibration displacement as a function of fundamental frequency ratio for the AFM nanomachining.
Feature #6 implies that the potential risks of nanomaterials must ultimately be determined as a function of fundamental, quantifiable properties of nanomaterials, so that when these properties are observed in a new material, they can be recognized as indicators of risk.
Figure 3 shows mean M100 latency as a function of the fundamental frequency or missing fundamental.
Maybe some of this was just a function of the fundamental loneliness inherent in the Designated Hitter position (batting instead of the pitcher and not fielding), a role that requires you to watch the rest of your teammates take the field while you sit alone with only your numbers for company.
Within the framework of the Theory of Sampling, the empirical Total Sampling Error is a function of the fundamental sampling error and the grouping and segregation error interacting with a specific sampling process.
Fig. 1 Distribution of the mechanical parameters of the 141 building structures as a function of their fundamental period (s): a yielding displacement d y (m); b ductility ratio d u/d y.
The advantage of this measurement technique over the sine analysis (Section 2.2) is that it displays more information in a single figure by drawing the magnitude responses as a function of the (fundamental) frequency on the full audio frequency range.
Figure 2 shows the vibration displacement which is a function of the fundamental frequency ratio, r, for the AFM nanomachining with D/L = 0.5, h = 1/30, and kc = 0.4.
Given that the PCAIN is a function of two fundamental parameters, namely, threshold interaction distance and conserved solvent accessibility, we investigated the effect of modulating these parameters (Figure 5).
