The phrase "atmospheric difficulty" is not commonly used in written English and may not be immediately clear in meaning.
It could be used in contexts discussing challenges related to atmospheric conditions, such as in meteorology or environmental science.
Example: "The team faced significant atmospheric difficulty during the flight due to unexpected turbulence and severe weather conditions."
Alternatives: "environmental challenges" or "meteorological obstacles".
And not a bad bar, at that: a wide glass of Gosling's rum with lime and a simple syrup can right most any atmospheric difficulties, and a well-mixed one, dancing with frost and citrus against the thick sweetness of the rum, elevates even the most jaded palate.
However, currently available MEMS gyroscopes have suffered from a low mechanical Q-factor due to atmospheric viscosity, production difficulties due to the demand for a three-dimensional construction-suspended mechanical structure, and a large susceptibility to external shock and vibration.
Data analyses, such as an estimation of the phase speed of atmospheric waves, also suffer from the same difficulty.
Recognition of the short atmospheric lifetimes of these materials poses grave difficulties for such a theory.
Research on flat-panel gas detectors is scarce, because of the difficulties of injecting gas against atmospheric pressure.
At enhanced horizontal resolution of less than 10 km, traditional atmospheric general circulation models (AGCMs) encounter fundamental difficulties in their dynamic framework formulation as well as in their computational efficiency.
The conceptual difficulties associated with the multiscale nature of realistic atmospheric flow, and its lack of time-reversibility, are highlighted.
The shallow water equations exhibit the major difficulties associated with the horizontal dynamical aspects of atmospheric modeling on the spherical earth.
Atmospheric conditions (e.g., wind speed) are the prime cause of difficulties in flight operations.
The main difficulty is then to reproduce correctly the statistical properties of the atmospheric turbulence, especially the spatial correlation.
Unlike ground-based fixed GNSS stations, ocean platform (ship and buoy) GNSS measurements face difficulties in analyzing the variable antenna position simultaneously with the atmospheric delay.
