«Drawn by the gravitational field of the sun, bits of cosmic ice vaporize and explode... Ice crystals descend on the planets,
forming ice crusts and in the case of the Earth rain.
Not exact matches
Think of this no - cook pie as a deconstructed hot fudge sundae in an
ice - cream cone — crushed cones
form the
crust cradling the malt - flavored
ice cream and toppings.
Scoop
ice cream and carefully drop it on top of the granola
crust, alternating between pistachio and raspberry, and snugly arranging the scoops inside the spring
form until filled completely.
Such a
crust could have
formed as energetic particles known as cosmic rays bombarded the object over its lifetime, creating an
ice - free surface rich in organic compounds.
The region's birth in a giant impact must have excavated so much
ice from Pluto's surface that watery slush welled up from deeper within, plumping up to
form a heavy, planetary - scale bruise beneath the thinner
crust.
Lakes may
form when meteorite impacts heat
ice in the
crust or when underground reservoirs of water kept liquid by geothermal heat leak onto the surface.
«Unique diamond impurities indicate water deep in Earth's mantle: Scientific analysis of diamond impurities — known as inclusions — reveal naturally
forming ice crystals and point to water - rich regions deep below the Earth's
crust.»
They insist that dynamic features like Conamara Chaos could
form even in a thick
ice crust.
New
crust, or in Europa's case,
ice, is forced upward through the spaces between the plates where it
forms newer
crust.
As this water moves through rocks, it dissolves salt compounds and pushes through fractures in the overlying
ice to
form reservoirs closer the moon's surface, where it is expelled into space when the outermost layer of the
crust cracks open and the resulting depressurization of these reservoirs causes water vapor and
ice particles to shoot out in the observed plumes.