The phrase "atmosphere systems" is correct and usable in written English.
It can be used in contexts related to environmental science, meteorology, or any discussion involving the Earth's atmosphere and its various components or processes.
Example: "Researchers are studying the interactions between atmosphere systems and climate change to better understand their impact on global weather patterns."
Alternatives: "atmospheric systems" or "air systems".
For larger multistory buildings, centralized atmosphere systems are used.
The atmosphere systems of industrial buildings are usually simple, involving only winter heating and possibly humidity control if the manufacturing process is sensitive to it.
Atmosphere systems in long-span buildings must handle the considerable heat and odour generation from population densities of less than one square metre (11 square feet) per person.
The distribution of conditioned air in buildings with centralized atmosphere systems is usually done through an insulated ductwork tree, using the variable air volume (VAV) method.
Soil moisture plays a key role in the water and energy balance in soil, vegetation and atmosphere systems.
In certain atmosphere systems both the interior sensors (such as thermostats) and the exterior weather sensors feed data to a computer that adjusts the system for minimal energy expenditure.
Although water storage in rivers, lakes, and the atmosphere is small, the rate of water circulation through the rain-river-ocean atmosphere system is relatively rapid.
The basis for these inferences is that the O2 in our atmosphere polices the flow of oxidized and reduced matter from the ocean atmosphere system to sediments.
Its design is based on a physical emission model of the "sea surface – sea ice – snow cover – atmosphere" system.
Study the coupled ocean and atmosphere system as it interacts with life to set the physical and chemical conditions of Earth's surface.
Instead we should view it as an effective temperature for the (Earth + atmosphere) system as would be detected by an observer in space.
