The phrase "as a function of exit" is correct and usable in written English.
It is typically used in mathematical, scientific, or technical contexts to describe a relationship or dependency between variables, where one variable is influenced by the value of "exit."
Example: "The performance of the system can be analyzed as a function of exit to determine its efficiency under different conditions."
Alternatives: "in relation to exit" or "depending on exit".
The energy of reflected photons was recorded as a function of the exit position r in order to create the diffuse reflectance spectra R d s i m (r, λ ).
To examine the interrelationship between loss of coherent amplitude and depolarization, in Fig. 7(a) we plot the normalized electric field component E∥ as a function of the exit angle θ′ for slab thicknesses T = 1, 3, and 5 l s and single-scattering anisotropy g = 0, 0.6, and 0.8.
This phenomenon can be explained by the linear loss of pressure along the tubing, and may be corrected by incorporating algorithms that calculate this loss of pressure as a function of the exiting flow [ 7].
As a function of distance from highway exits and LRT stations, the distance-band coefficients form an inverted-U pattern consistent with a positive longer-range distance decay accessibility effect minus a smaller and shorter-range distance decay disamenity effect.
To establish techniques for in-air materials analysis using a glass capillary, we studied the beam distribution extracted in air as a function of the distance between the exit of the capillary and the target.
The prism duct output beam dimension is determined as a function of distance from the prism exit face and the optimum condition for the maximum power transmission and best image quality is reported.
Here, we present an integrated approach to the study of cotranslational protein folding, in which the folding transition as a function of position relative to the exit tunnel is mapped by AP-mediated force measurements and molecular dynamics simulations.
Figure 7 Exit velocity as a function of the chimney radius for three different heat loss coefficients.
Figure 8 Exit velocity as a function of the effective length for two different heat loss coefficients.
