The phrase "as a function of position within" is correct and usable in written English.
It is typically used in scientific or mathematical contexts to describe how one variable changes in relation to another variable based on its location or position.
Example: "The temperature of the material varies as a function of position within the reactor."
Alternatives: "depending on the location within" or "in relation to the position within".
The microstructure, composition, phases, and microhardness were determined as a function of position within the FGM.
The results presented consist of level populations as a function of position within the cylindrical medium, and emitted line profiles.
We also emphasize key missing data that notably include absolute values of forces and how they vary as a function of position within the spindle.
Layered-Graded Materials (LGMs) exhibit a stepwise or progressive change in composition, structure, and properties as a function of position within the material.
MRE experiments provide viscoelastic data as a function of position within samples and can be performed prior and post packaging, on samples including those with an optically opaque container or wrapper.
Multi-mode analyses are expanded to evaluate a large number of potential buckling modes for both predefined geometries in combination with asymmetric imperfections as a function of position within the given cylindrical shell.
Figure 7 plots the relative error as a function of position, showing that the differences observed are within the statistical uncertainties between two simulation runs of the gold standard CPU-MCML program using the same number of photon packets.
In functionally graded materials (FGMs), the elemental composition, or structure, within a component varies gradually as a function of position, allowing for the gradual transition from one alloy to another, and the local tailoring of properties.
This variability is measured as a function of position, and in fixed positions as a function of time.
The temperature distribution of this system as a function of position is investigated.
It also predicts the porosity of the composite as a function of position and processing time.
