The researchers used a high - speed camera to record the way
a large water droplet falling into an upward jet of air goes through the same process.
Once dissolved in
large water droplets and frozen, however, it falls back to Earth as acid rain in a matter of hours.
The favoured explanation has been that
the large water droplets produced by clouds collide with one another to release watery shrapnel that produces the abundant smaller droplets seen at ground level.
The heat pipe analogy is more appropriate to the whole hydrological cycle, the essential energetics of which occur at the surface (the hot evaporating end), in the clouds where
the larger water droplets accelerate condensation, and in precipitation, which converts very slowly acquired potential energy back into kinetic and thermal energy very quickly.
Not exact matches
Heat a
large, wide pan (or griddle) over medium heat (or about 375 °F) until
droplets of
water sprinkled on the surface sizzle.
Heat approximately 1/2 a cup of oil in a
large skillet until it spits when a
water droplet is flicked at it.
If the holes in the mesh are too
large,
water droplets pass through without catching on the net's wires.
While the particles are small in size, they are
large in number, and they can form many small
droplets on which the excess
water vapor condenses.
Similar but
larger particles are known to play a role in feeding powerful, fast - moving updrafts of air from the land surface to the atmosphere, creating the clouds that play a central role in the formation of
water droplets that fall as rain.
Where the atmosphere has few aerosol particles — over the ocean, for instance —
water molecules have fewer particles to condense around, so cloud
droplets are
large.
That's because, like other researchers, Ristenpart believed that oppositely charged
water droplets would attract each other and form
larger drops.
Leeuwenhoek put his microscope collection — the
largest of the mid-1600s — to good use, observing and studying minuscule creatures he surprisingly found living in
water droplets, plants and animals, Yong said.
In wine — which is about twice as viscous as
water — the first (and
largest)
droplet ejected transports the wine's aroma above the rim of a glass and to the nose of its consumer, Liger - Belair said.
Oil dispersant is that dish soap, lowering the tension between oil and
water and allowing small
droplets of oil to break away from the
larger clumps.
Whereas a hydrophilic surface allows
droplets to spread across it at a small contact angle, a
water - repelling hydrophobic surface will force
droplets to bead up and form a
larger angle.
During the first weeks of the flood, the fountains of the great deep launched
water, rocks, and muddy
droplets that later gravitationally merged around the
larger rocks.
Graphically, Riptide GP: Renegade is just as amazing as Riptide GP2 with excellent
water effects comprising of waves which ripple across the track and
water droplets that splash upwards onto the camera and then flow downwards after a heavy landing from a
large jump or performing a stunt.
Larger numbers of CCN from pollution will divide that amount of water over a larger number of necessarily smaller dro
Larger numbers of CCN from pollution will divide that amount of
water over a
larger number of necessarily smaller dro
larger number of necessarily smaller
droplets.
Or have situation similar as with H20 -
large concentration [vast oceans] and thereby resulting forming clouds or conglomerates of
water droplets and H20 gas.
This changes the brightness of the atmosphere (many small
droplets reflect more than a few
larger droplets made from the same amount of
water vapor).
As more
water droplets are created, clouds would appear
larger and brighter.
The rising air carries
water droplets upward until they are too
large to stay aloft and fall out as precipitation.
This wandering is entirely reversible: when there are
large droplets to condense on, temperature equilibrates to the value of T for which
water molecules are condensing on and evaporating from
droplets in equal numbers, just as in any reversible chemical reaction.
This usually happens when the molecule encounters a comparatively
large mass that absorbs its kinetic, such as a small
water droplet, soot particle, or spec of floating dust (I'll include «cosmic particulate «radiation» here) at this lower temperature.
The condensed
water could be vented in the form of
large ice crystals or
droplets that would fall quickly through the atmosphere.»
Like with any screen small
droplets won't do any damage, but be wary when you're around
large bodies of
water.