Not exact matches
This baby bottle comes with a very unique nipple for each baby bottle, a unique nipple within a nipple design that tends to produce
less air when baby is
sucking.
The liners of this baby bottle collapse to allow baby to
suck in
less air.
Due to this design, we found that baby gulps in
less air while
sucking milk.
It is thought that bottle fed babies can take down too much
air while
sucking on the teat of the bottle while babies feeding from the breast are better able to control the flow of milk and therefore trap
less air (they are also more likely to be fed in an upright position which also helps).
So, with none of the others
sucking the
air out of the room, space exists for a
less - conventional candidate to get attention.
On a sprawling roof that covers most of a city block a kind of park has been laid,
sucking up carbon dioxide and other
air pollution, filtering rainfall, making it
less acidic.
Now, if you have all this very cold, nearly freezing water surrounding these ice caps,
sucking up carbon dioxide out of the polar atmosphere, at nearly the highest possible rate, 30 times faster than oxygen, and 70 times faster than nitrogen, doesn't it stand to reason that the
air that remains might just have a lot
less carbon dioxide in it than the atmosphere across the rest of the planet?
In other words, we would need to grow crops that
suck CO2 from the
air, then burn them to generate electricity and store the resulting gases so there is
less CO2 in the atmosphere overall.
Well - hydrated hair is
less likely to
suck up moisture from the
air.
At any rate come January 2016, publishers will doubtlessly be
sucking air through their teeth looking at the low sales figures of their great white AAA hope for Q4 and some
less patient publishers will probably fire some talented developers and close studios.
Other schemes, such as the machines designed to
suck CO2 directly out of the
air, are far
less controversial, since all they aim to do is remove a pollutant that humans are adding to the
air.
Some scientists speak of a hypothesis known as «warm Arctic, cold continents» as the polar vortex becomes
less stable -
sucking in more warm
air and expelling more cold fronts, such as those currently being experienced in the UK and northern Europe.
The warmer the
air — and the
less moisture in it — the stronger that
air will
suck.