When water droplets are on the glass surface, they reflect the light in different directions.
Because air motions in these clouds are driven primarily by processes tied to the presence of liquid,
when water droplets competing for water vapor lose to ice crystals, an ensuing chain of events drives the cloud toward collapse.
Snapshots of contact line configurations
when water droplets slide on surfaces with micro-pillars.
When the water droplets evaporated, they generated a capillary force that crumpled the sheets into miniaturized paper balls.
Rime is white ice that forms
when water droplets in fog freeze to the surfaces of objects.
But if the sun shines in at a low angle, they can also appear
when water droplets affix to certain surfaces, like the dew on this spiderweb.
When water droplets hiss and evaporate immediately, pour batter in 1/4 cup portions into skillet.
Heat approximately 1/2 a cup of oil in a large skillet until it spits
when a water droplet is flicked at it.
When a water droplet contacts a superhydrophobic interface, it immediately beads up and forms a near - perfect sphere.
When a water droplet refracts sunlight, it changes the angle at which the light travels both as it enters and exits the droplet.
Not exact matches
Heat a wok over medium / high heat until it's heated enough for a
droplet of
water to sizzle
when it hits the wok.
The
water droplets will bead up and sizzle
when it's ready.
When the griddle is hot enough that water droplets dance when dropped onto it, pour two to three tablespoons of batter onto the grid
When the griddle is hot enough that
water droplets dance
when dropped onto it, pour two to three tablespoons of batter onto the grid
when dropped onto it, pour two to three tablespoons of batter onto the griddle.
When the pan is hot (a
droplet of
water should dance vigorously across the surface), add about 1/3 cup of batter, smoothing out the top a tiny bit with a spatula to help it form a circle.
So
when we practice with
water it's practically
droplets in a cup.
Wergin and Erbe have used their low - temperature scanning electron microscope to infer what happens
when falling ice crystals run into fogs of supercooled
water droplets on their way down, a common occurrence.
That rejiggered liverwort could capture a
droplet when dipped into
water.
Others develop from certain trace vapours, for example
when individual sulphuric acid and
water molecules cluster as tiny
droplets.
But
when the next cloud is far away, they keep ascending into the layer, up to 4000 metres — above the height where
water droplets begin to freeze.
Rainbows can form
when light shines through
water droplets in the air — the standard rainbow that we see not infrequently.
Hailstones are produced by severe summer thunderstorms,
when frozen
water droplets are tossed within a cloud and accumulate bulk until they're too heavy for the updrafts to support.
When the humidity is high,
water vapor condenses around aerosols, forming tiny suspended
droplets that spread around all wavelengths of sunlight equally — a fancy way of saying that
water whitens the sky.
When thirsty, the beetle simply tilts up its backside, allowing accumulated
water droplets to fall into its mouth.
Cloud
droplets form
when water vapor in the atmosphere condenses onto tiny particles.
Because the silica particles attract
water, «
when you put a
droplet on that surface, the
water is drawn into these pores instantaneously and wicked away into a uniform sheet,» Rubner says.
When these forces meet, they launch a jet of
water into the air that contains
droplets ranging in size from one to 100 microns.
Rime forms
when droplets of
water vapor deposit directly as ice on surfaces.
«We have used a
droplet of
water to measure the
water - repellent properties of a surface by recording the very tiny nanonewton force
when the
droplet touches the surface and
when it separates from the surface.
The molecules in these miniscule
droplets of
water are grouped far more closely together than
when they were in their gas phase, and exert less pressure — a fact that has some pretty cool physical implications.
These protein
droplets — that form in the cytoplasm similar to condensing
water droplets — can dissolve again, enabling the cell to reuse the Sup35 protein
when it restarts growth.
Or take the Greek alcohol ouzo — it turns cloudy white
when you add
water, because it's an emulsion of tiny
droplets of oil (the alcohol) destabilized by the
water molecules.
When water comes into contact with an extremely
water - repellent, or «superhydrophobic» surface,
droplets bead up and roll off easily.
Such phase separation explains why anise - flavored liqueurs such as pastis and ouzo go cloudy
when diluted with
water; the cloudiness actually consists of tiny
droplets of one phase suspended in the other.
When tiny
water droplets in the air land on them, the needles» conical shape distorts them, nudging them into a clamlike shape.
Even worse, he says,
when their surroundings change, stress granules switch from being hydrogels to a different type of structure, called liquid
droplets, the same way hair gel might dissolve in
water if you heat it up.
Clouds form
when the invisible
water vapor in the air condenses into visible
water droplets or ice crystals.
When petroleum leaks from a ship or a deep -
water drilling operation, «it tends to break up into tiny
droplets that don't all end up on the surface of the ocean,» says Thomas Azwell, an environmental scientist at the University of California (UC), Berkeley, who was not involved in the work.
Clouds form
when water condenses on particles of dust, and rain falls
when condensed
water droplets grow too heavy to be suspended by updrafts in the atmosphere.
Rainbows appear
when light originating from the sun is refracted and reflected by small
water droplets suspended in the air.
In - flight ice forms at altitudes up to 7300 metres (24,000 feet),
when the aircraft's surfaces hit supercooled
water droplets suspended in the air.
Then the researchers took the plants out into the forest, mimicking the natural process by which young leaves are gradually colonized by fungi swirling in the air or contained in
water droplets when it rains.
When major banks of fog invade these forests, tree canopies intercept the wind - driven
water droplets via branches and leaves or clusters of needles that extend into the air.
However, plant leaves and biofilms both vary in this respect:
when the lotus effect is present, small air bubbles are trapped between the
water droplet and the surface of the leaf, whereas this does not occur in the rose petal effect.
Acid rain arises
when sulfur dioxide and nitrogen oxides (NOx), emitted by burning fossil fuels, react with
water droplets in the air to form sulfuric and nitric acid.
Mandelbrot Drop «An attempt to show two amazing things in one: first the brilliance of a Mandelbrot fractal, the second that the tiniest
droplet of
water can refract an amazing image, even
when dripping from your tap.»
Water droplets, ice crystals and water vapor are constantly changing and able to co-exist only when air in a cloud is constantly mo
Water droplets, ice crystals and
water vapor are constantly changing and able to co-exist only when air in a cloud is constantly mo
water vapor are constantly changing and able to co-exist only
when air in a cloud is constantly moving.
When you throw boiling
water into the air, it splits into tiny
droplets that vaporize quickly.
It is produced
when an INP is immersed in a
droplet of
water at temperatures lower than 0 °C.
What makes bijels remarkable is that, rather than just making the spherical
droplets that we normally see
when we try to mix oil and
water, the particles at the interface shape the liquids into complex networks of interconnected fluid channels.
When it is successful, that
water with gather into one or more tiny
droplets.