The phrase "as a function of the relative" is correct and usable in written English.
It can be used in contexts involving mathematical, scientific, or analytical discussions where one variable is dependent on another.
Example: "The output of the system varies as a function of the relative humidity in the environment."
Alternatives: "in relation to the relative" or "depending on the relative".
The participants performed the fixation task with >80% success (chance performance would have been ∼8%, see Figure S3), and showed both significant behavioural effects of multisensory congruency, and BOLD response differences as a function of the relative location of the visual distractors with respect to the functional tip of the tool.
The effective thermal conductivity is computed as a function of the relative humidity.
First, we study the energy of the coupled system "C60 + nanoribbon" as a function of the relative position of the buckyball on the surface.
Secondly, a potential regression model to measure the KtUVER as a function of the relative optical air mass was studied.
Analytical closed form expressions are derived to compute their homogenized macroscopic moduli as a function of the relative density.
The effective crystallization activation energy was estimated as a function of the relative degree of crystallinity using the isoconversional analysis.
Rammed earth constructions exhibit strength and deformation properties that evolve as a function of the relative humidity of the air in contact with the walls.
The stability of the proposed method is observed as a function of the relative properties and temporal discretisation of the coupled system.
Graphs of the relative change of thawing time as a function of the relative change of the process parameters have been constructed.
The energy dissipation mechanism involved inside the system is studied as a function of the relative rigidity of the inclusion with respect to that of the matrix.
Models based upon dispersions of beams predicted both in-plane and out-of-plane elastoplastic properties as a function of the relative density of fibers.
