Примери за използване на Upper mantle на Английски и техните преводи на Български
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the iron-nickel core of an impacting asteroid can be dispersed into the upper mantle, between the Moon's crust and core.
than 24 km(15 miles) deep, in Earth's upper mantle.
all the way into the Earth's upper mantle- representing a whole new type of earthquake.
The viscosity of the upper mantle ranges between 1021
The viscosity of the upper mantle ranges between 1021 and 1024 Pa·s, depending on depth[2].
The concept of plate tectonics makes reference to segments of the lithosphere that moves on the upper mantle of the planet.
Gutenberg discovered that the Earth has a low-velocity zone in the upper mantle; this zone is now called the Gutenberg discontinuity.
Computer simulations of large asteroid impacts suggest that an iron-nickel core of an asteroid may be dispersed into the upper mantle during an impact.
no material from the core was transferred into the upper mantle.
large asteroid impacts suggested that under the right conditions, an iron-nickel core of an asteroid can get dispersed in the upper mantle.
temperatures found in the Earth's upper mantle.
samples from the upper mantle arrive at the surface as lava from volcanoes
found in Earth's upper mantle, can form liquid water under the right conditions.
found in our planet's upper mantle, can form liquid water under the right conditions.
an iron-nickel core of an asteroid may be dispersed into the upper mantle(the layer between the Moon's crust and core) during impact.
are then transported by mantle flow to the upper mantle, and finally to the surface in a kimberlite magma.
subduct, to mix with the upper mantle layer of hot rock that reaches about 410 miles(660 kilometers)
Mohorovicic theorized that a boundary between the Earth's crust and the upper mantle existed(about 50 km beneath the surface)
although some geologists think that upper mantle convection is a more likely cause.
The three ancient Yellowstone supervolcano eruptions were only the latest in a series of more than 140 as the North American plate of Earth's crust and upper mantle moved southwest over the Yellowstone hotspot,