The phrase "a range of atmospheric" is correct and usable in written English.
It can be used when discussing various types or levels of atmospheric conditions, qualities, or phenomena.
Example: "The study examined a range of atmospheric variables, including temperature, pressure, and humidity."
Alternatives: "a variety of atmospheric" or "a spectrum of atmospheric".
A gaussian puff model was used to predict the ambient release mixture concentration as a function of time for a range of atmospheric conditions.
These observations have been combined with a range of atmospheric transport models to derive global emission estimates in a top-down approach.
The temperature model predicted minimum daily raceway water temperature within 1 2 °C over a range of atmospheric conditions during a 21 day algae growth experiment.
In less than two and a half years' time, we will be welcoming the world to England and to a celebration of Rugby, played in a range of atmospheric stadiums right across the country," said Jevans.
By simulating various sunshape profiles, the angular extent of the energy distribution is established to give the effective size of the solar cone for a range of atmospheric conditions.
The algorithm uses a combined generalised additive model (GAM) and method of fragments (MoFs) framework to resample sub-daily rainfall fragments from the historical record conditional on daily rainfall amount and a range of atmospheric covariates.
Theoretical simulations, image comparisons and spectral analyses demonstrated that the index was robust in a range of complex atmospheric and surface conditions, with different aerosol types, optical thickness (τa555), solar/viewing geometry, sun glint and thin clouds.
The analysis of results shows that the method accurately predicts the I V curve of a HCPV module for a wide range of atmospheric operating conditions with a RMSE (root mean square error) ranging from 0.19% to 1.66% and a MBE (mean bias error) ranging from −0.38% to 0.40%.
The influence of these parameters on the ignition delay time and the mass flux at ignition is also calculated and compared to experiments at 1 g for a range of sub-atmospheric pressures.
In this paper, we develop a two-dimensional (2-D) hydro-dynamic code and carry out calculations of vapor expansion over a wide range of atmospheric pressure on a planet to investigate the pressure dependence of the behavior of the atmosphere and vapor cloud.
Environmental drivers other than rainfall and temperature will also drive extinction dynamics, and future transmission models should take a more thorough account of variability in a wider range of atmospheric variables, as well as the potentially strong role of factors such as land use, soil type, local topography, and ongoing vector interventions.
