The phrase "atmospheric damage" is correct and usable in written English.
It can be used when discussing harm or degradation caused to the atmosphere, often in the context of environmental issues or pollution.
Example: "The industrial activities in the region have led to significant atmospheric damage, affecting air quality and climate patterns."
Alternatives: "air quality degradation" or "environmental harm".
Often from expired stock, the paper, once developed, reveals the marks of the physical damage and atmospheric changes that have affected it over the years.
In contrast, the filamentary discharges produced at atmospheric pressure cause surface damage and nonuniform treatment of polymers.
And yes, some fossil fuel executive might make less money, but fair is fair; their profits and salaries have for too long been subsidized by the fact that the fossil fuel industries have not paid for the externalities, the damages that atmospheric carbon is causing.
The research he was referring to was his pioneering work showing that human use of aerosol compounds known as chlorofluorocarbons, or CFCs, present in spray cans and refrigerators of all kinds, was damaging to atmospheric ozone, which blocks the sun's ultraviolet rays -- and thus helped to allow life on earth to develop.
On the demand side, atmospheric CO2 may do more damage through time, because a greater gross world product and world population will be adversely affected.
This paper presents a framework for evaluation of potential damage due to atmospheric corrosion to steel space structures in coastal areas through an integration of knowledge in material science and structural analysis.
By taking a real large steel space structure built in southern coastal area in China as example, the feasibility of the proposed approach is examined and the potential damage caused by atmospheric corrosion to the structure is assessed.
These guidelines are used to establish regulations designed to maintain atmospheric acid inputs below levels shown to damage forests and streams.
MEFs at a late passage are a model system of oxidative stress-induced senescence, as standard culture conditions include atmospheric (20%) oxygen which causes DNA damage and senescence.
The current study was designed to explain the progress and causes of damage to structural concrete exposed to atmospheric CO2 and rainwater (23-year old slab) and interactions of atmospheric CO2, rainwater and gypsum (50-year old columns).
