The phrase "atmospheric installation" is correct and usable in written English.
It can be used to describe an art installation or a setup that creates a specific atmosphere or environment, often in a creative or artistic context.
Example: "The gallery featured an atmospheric installation that transformed the space into a serene forest setting."
Alternatives: "environmental installation" or "ambiance installation".
Ron Haselden's atmospheric installation conjures up the sights and sounds of an abandoned country fairground.
His unflashy, thoughtful, atmospheric installation – recalling a shady public park with trees whose angular aluminium leaves filter the light to a gentle dapple – impressed the judges with its subtle poetry.
She and the exhibition designer, Stuart Silver, have obviously thought hard about how to put such things across while avoiding a rummage-sale effect, and they have done a good job in a carefully paced and atmospheric installation.
His atmospheric installations and films plunge us into architectures of the mind – as well as futures that never happened.
A number of exhibitors have created atmospheric installations that maximise the already considerable drama of this 16th-century building.
Tate says: "Her unique approach to filmmaking, often situated within atmospheric installations, employs strong story telling, quick cuts, montage and deliberate misuse of language to create surprising and unpredictable work".
The winner of the 2011 Turner Prize was environmental artist Martin Boyce, whose atmospheric sculptural installations drew inspiration from design history and attained the sensibility of the natural landscape through the human-made elements of utilitarian objects and sleek materials.
This chapter provides the general rules of thumb for the design and installation of atmospheric and pressure-rated tanks and vessels.
With the steadily increasing atmospheric monitoring systems (AMS) installations in underground coal mines in the U.S. for the detection of fire in the belt entry, the real-time monitoring of airflow velocity in some critical locations has attracted attention (Martikainen et al. 2010; Belle 2013).
The drawbacks of this power block are as follows: (i) no power generation during low insolation periods (ii) expensive, large condenser (typically water cooled) due to the poor extracted steam properties (high specific volume, sub-atmospheric pressure) and (iii) high installation and operation costs.
In conclusion, the thermal equilibrium method was a suitable technique for quantifying groundwater flux with minimal cost and simple field installation given that suitable atmospheric and hydrological data were readily available.
