The phrase "a function of atmospheric" is correct and usable in written English.
It can be used in contexts discussing the role or influence of atmospheric conditions on various phenomena, such as weather, climate, or environmental science.
Example: "The temperature variations we observe are largely a function of atmospheric pressure changes throughout the day."
Alternatives: "dependent on atmospheric" or "influenced by atmospheric".
The total mass of the eroded atmosphere and of the retained vapor cloud, which is a function of atmospheric pressure and impact velocity, is written as the integral over impactor mass distribution.
The model fully explains the previously mentioned ~90 °C atmospheric effect as a function of atmospheric pressure and solar irradiance.
Average speed-up factor was found to vary significantly at the site in time, and as a function of atmospheric stability.
The present paper offers a review of the author's decade-long attempts to examine the surface chemistry-induced friction and wear changes with a variety of bearing material and solid lubricant combinations as a function of atmospheric environment and temperature.
ZWD is a function of atmospheric temperature T (in Kelvin), partial pressure Pv of water vapor (in mill bar), and the integral along the zenith path; so the delay is given in units of z with some constants (Davis et al. 1985) ZWDkern0.5em =kern0.5em {10}^{-6}left[{c}_1left {10}^{-6}left[{c}_1leftc}_2int lefrac{ac{P_v}{T}rightht) dz+{c}_2int).
The mechanism controlling radon concentrations in the ESF is a function of atmospheric barometric fluctuations being propagated down the ESF along with ventilated air flow and the slight suction induced by the ventilation exhaust fans at the South Portal of the ESF.
The change of the atmospheric mass as a function of the atmospheric pressure on Mars is plotted on Fig. 5. Figure 5 shows that the net change of the atmospheric mass by the impacts is normalized with the total impactor mass, (26).
Deposit profiles of alumina titania powder are studied as a function of some atmospheric plasma spraying parameters.
WPR detects radio wave scattering due to small variations in the refractive index, n, which is a function of the atmospheric density, humidity, and temperature.
In this paper, the phase transformation is tracked with wide-angle X-ray diffraction as a function of temperature, atmospheric water vapor content and the type of guest molecule.
Our results also suggest the potential ubiquity, across plant species, of increased spore production as a function of increasing atmospheric CO2 concentration.
