What looks like a shockwave on an aircraft’s nose is often a result of atmospheric condensation, not a sonic boom. Through ...

Why? Because of the many factors which affect atmospheric pressure. Pioneering scientists discovered atmospheric pressure (also known as barometric or air pressure) in the 17th century ...

And the part of our atmosphere ... pressure — 29.2 or lower, perhaps even on occasion below 29 inches. This would all seem logical, except it is all rather simplistic. There can be times, for ...

First, let’s learn how atmospheric pressure works The longer version ... with those clouds sometimes dropping rain as they pass. Here is a visual explanation, via the weather service: A trough ...

These clouds typically emerge several days before a rain-making system of low atmospheric pressure arrives ... us tell a deeper weather story. For example, at higher atmospheric levels, you ...

One part of this plan would require increasing the planet’s atmospheric pressure, and one scientist suggests that capturing celestial objects from the Kuiper Belt—which are full of the ...

Fluctuations in atmospheric pressure can heavily influence how much natural gas leaks from wells below the ground surface at oil and gas sites, according to new research. However, current ...

Because they are portable and easy to operate at ambient temperatures, cold atmospheric pressure plasma jets ... generation of such plasma jets, for example, the interplay of charged jet with ...

But the huge volcanic explosion also generated something that scientists hadn’t seen in more than half a century: a planetary-scale pressure wave, or shockwave, in the atmosphere. The wave ...