vents

The key part is to make sure you don't block the intake vents where the hinge is.

Or a kid pours his cup of sticky soft drink in the vents (heaters need to have vents right, almost certainly at the top).

If a round is not sufficiently encased by a chamber, the bullet will go nowhere as the brass or steel splits and vents.

So there are vents and the methane is captured.

The other 5%, mostly psychopaths, thrive on that shit, like the creatures that live in deep-sea thermal vents (extremophiles).

There are no terminals to touch (or corrode), no vents for electrolyte or gases, no series wiring to be done.

The article mentions that the furnace vents waste heat outside when you don't want it.

There are still some flaming methane vents around (or there were a few years ago).

My favorite is the discovery taq polymerase from thermophile bacteria that lives on thermal vents at the bottom of the ocean.

Another route starts with chemistry near deep sea vents where energy loaded compounds are continually spewing from hot water into cold water.

And now the vents are in the thermodynamically opposite place they should be, and simultaneously sheltered from crosswind by the gumdrop shape?

These days when I get behind a classic car that has a carburetor, I close the vents.

Maybe something like "Many many years ago, Mars was covered with steam vents <insert image of a steam vent on the red plant>.

"...novel smoke extraction system where the smoke extraction vents were placed on the floor": How does that make any sense whatsoever?

The only example of industrial design and mechanical engineering being fused given in the article is the heat vent one where you took the vents off the top of the sweat-lodge shaped computer and put them on the bottom because it looked "like a large salt shaker"...