Приклади вживання Outer core Англійська мовою та їх переклад на Українською
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The outer core.
So this our liquid outer core.
Outer core and an inner core. .
The temperature of the outer core varies from 4 to 6 thousand degrees.
It should actually look a little bit more… like this, because the outer core is thicker than the inner.
The Outer Core is about 2200 km thick.
It is the only terrestrial planet with a liquid outer core that surrounds a solid, dense inner core. .
So the outer core, and then, of course, you have the inner core. .
At the heart of the matter, geologists believe,is a disturbance in the outer core of the Earth's interior(2900km below the surface).
The outer core and the inner core, they are made up fundamentally of nickel and iron.
Chemically, Earth can be divided into the crust, upper mantle,lower mantle, outer core, and inner core. .
S-waves don't penetrate the outer core, so they're shadowed everywhere more than 104° away from the epicenter.
Chemically, the earth's surface can be divided into crust, upper mantle,lower mantle, outer core and inner core. .
Like Earth's, Mercury's outer core is composed of liquid metal, but there have only been hints that Mercury's innermost core is solid.
From seismic studies, we do know a few things about the earth's interior,such as the existence of a solid inner core and a liquid outer core.
Earth's solid inner and liquid outer cores are primarily composed of iron(approximately 85 percent and 80 percent by weight, respectively).
On Mercury, the core is 55-60 percent of the total mass of the planet, and is thought tobe differentiated into a solid iron inner core and a liquid iron outer core.
The decrease in velocity from the lower mantle to the outer core casts a"shadow" on the P-waves that extends from about 100° to 140° distance.
The outer core is evidently in a liquid(molten) state because transverse seismic waves, which are unable to travel in a liquid, do not pass through it.
First note that in several large regions such as in the lower mantle, the outer core, and inner core, the velocity smoothly increases with depth.
Scientists believe that the outer core is moving due to convection of heat that is allocated for the growth and solidification of the center of the planet.
According to creationists' dynamic decay model, theearth's magnetic field lost more energy during the Flood, when the outer core was stirred and the field reversed direction several times.
According to the second, the outer core is composed of silicate which, under the effect of the enormous pressure and high temperature, has passed into a metallic state;
Furthermore, the whole mantle convectional flow resulting from runaway subduction of the cold ocean-floor slabs would have suddenly cooled the mantle temperature at the core-mantleboundary, thus greatly accelerating convection in, and heat loss from, the adjacent outer core.
The outer core is about 300- 350 km thick and is composed of molten substances, while the inner core is solid and has a diameter of about 150 km.
Although this field reverseddirection several times during the Flood cataclysm when the outer core was stirred(figure 5), the field has rapidly and continuously lost total energy ever since creation(figure 6).
What is different about them is at the outer core you have temperatures high enough that nickel and iron can melt, but the pressures are low enough that they can still be in a fluid state.
Let us just say this is the outter core, outter core for the sake of explaining things. We think it is possible that kind of plumes of very hot material can kind of. uh, just based on kind of flow dynamics of what is happening at that mantle outer core boundary that plumes are a really hot material can kind of rise up, can kind of- let me do this in a darker color-can rise up from outter core.
Hot liquid that churns around Earth's outer core powers a gigantic magnetic field that's been hugging our planet since its infancy, protecting it from harmful solar radiation.
It rises up from the outter core and create a hot spot underneath the moving lithospheric plate, underneath the plate, now it is not necessary, we don't know for sure, where these hot spots are being created from, by these mental plumes these materials formed, or heated up at the outter core mantle boundary, but we do feel pretty confident about is that there is this hot spot here and it's independent of any of those convection patterns that we saw.