When heated, the wire generates
air bubbles on its surface, which were supposed to be dislodged by the speaker's sound waves.
Not exact matches
A hairless ape» — Schoenberg;» A mere insect, an ant...» — Church;» An accidental twig» — Gould;» A rope stretched over an abyss» — Nietzsche;» A fungus
on the
surface of one of the minor planets» — Du Maurier;» A jest, a dream, a show,
bubble,
air...» — Thornbury; and» I see no reason for attributing to man a significant difference in kind from that which belongs to a grain of sand» — Oliver Wendell Holmes.
Tap the baking sheet firmly
on the bench several times to release
air bubbles and obtain a smooth
surface.
Bang the tray firmly
on the work
surface to help any
air bubbles rise to the top and then place in the freezer for about 30 minutes or, if you are travelling, in an alternative, very cool place until the chocolate has firmly set.
Tap the tin gently
on a flat
surface, to get rid of any
air bubbles, and then refrigerate for at least 4 hours (you may need longer if it's hot) until set.
Cook for about 3 - 4 minutes over a low - medium heat until
air bubbles break evenly
on the
surface.
Take a piece of dough and flatten it
on your lightly floured work
surface, pressing out any large
air bubbles.
Use a minimal amount of flour
on your
surface while rolling and pushing out any large
air bubbles that may have formed in the dough with your hands.
Drop a spoonful of peanut butter
on top of the chocolate layer and repeat process of tapping mold until candy
surface is flat and
air bubbles removed.
Pour the mixture into the prepared baking pan, spread it into an even layer and tap the pan
on a flat
surface to break any large
air bubbles.
Place dough
on lightly floured
surface and punch down to remove
air bubbles.
Tap the pans
on a hard
surface a few times to remove
air bubbles and bake for 35 to 40 minutes or until the tops are firm and slightly cracked and a toothpick comes out clean.
When a gentle whistling sound is heard and
air bubbles can be seen bursting
on the milk's
surface, parents know that
air is going into the bottle, not the baby's tummy.
The process of a large
air -
bubble popping
on a
surface has been described, but researchers had no insight into the mechanism, says James Bird of Harvard University.
But behind such atmospheric phenomena are billions of tiny interactions between the
air and microscopic drops of saltwater cast upward as
bubbles on the ocean's
surface burst.
This creates a dense net of fibers that water can't penetrate — and it also traps
air bubbles that prevent heat transfer, keeping water from freezing
on the feather's
surface.
Nanobubbles: tiny
air bubbles on colloid
surfaces.
Transfer a flattened tortilla to the hot skillet, and cook for 1 minute or until
air bubbles form
on the
surface.
Processes taken into account included (i)
air mixing by pressure and temperature gradients down to a few meters below the
surface (i.e., the so - called convection zone); (ii) molecular diffusion in the open pore space and gravitational fractionation (entrainment toward the deeper firn depends
on concentration gradients, diffusivities, and molar mass); and (iii) a downward
air flux in the open porosity zone due to
bubble closure removing
air from the open pores.