The phrase "as a function of the lateral" is correct and usable in written English.
It can be used in contexts involving mathematics, physics, or engineering, where a variable is dependent on another variable, often related to lateral movement or position.
Example: "The speed of the object changes as a function of the lateral distance from the center of the track."
Alternatives: "in relation to the lateral" or "depending on the lateral".
The elastic energy of ordered arrays of ledges on the coherent planar face of a γ′ precipitate in nickel alloys was calculated as a function of the lateral growth of the ledges.
The PL intensities with a wavelength of 625 to 675 nm in the Si ND arrays with various sizes of the Au nanoplate (a solid red circle, 150 nm; an open blue square, 100 nm; an open black circle, 50 nm) are plotted as a function of the lateral measurement position of the micro-PL.
Molecular-scale resolved maps of Φ were obtained by measuring I(s) spectra (tunnelling current versus tip sample separation, see Supporting Information) as a function of the lateral tip position and are displayed in Figure 3 as variations with respect to the clean substrate.
Subsequently, the temperature increase near the CoCr stem with the mounted ceramic head was measured as a function of the left lateral offset.
Accordingly, a BMP relationship as a function of the curvature parameter of the lateral profile is proposed.
The variation of the lateral resolution as a function of the depth was then fitted to the following function [ 50] which is parameterized by w 0, z 0, and z R : where w 0 is the minimum lateral resolution, z is depth position, z 0 is depth position with the minimum lateral resolution, and z R is the Rayleigh length.
We measured the normal and lateral forces as a function of the separation distance, D, between surfaces using the SFA as before with some modifications.
We used the absolute value of the best ITD to combine data from contra- and ipsi-lateral sides as a function of the eccentricity of the receptive field.
Figure 1 illustrates the base shear resistance developed by two building models under a constant (increasing) lateral force profile, as a function of the displacement of the roof.
(B-C) Lateral average PSF in linear and log scale, respectively, as a function of the radial positon.
The reflected light from the surface was collected and measured as a function of lateral distance to estimate the roughness of the surface.
