Examples of using Lithosphere in English and their translations into Russian
{-}
-
Official
-
Colloquial
International Lithosphere Programme.
Evolution of nanoparticles in the lithosphere.
Planetary shell of the Earth,atmosphere, lithosphere, hydrosphere, glâciosfera, the biosphere.
The extreme massiveness of Tharsis has placed tremendous stresses on the planet's lithosphere.
Inter-Union Commission on the Lithosphere ICSU-IUGG-IUGS.
Weathering processes initiated by organisms can also free oxygen from the lithosphere.
Determination of the Temperature in the Crust and Lithosphere from Surface Heat Flows The Forward Problem.
Because of the temperature regime of Earth, CO2 andH2O are sequestered in the hydrosphere and lithosphere.
Stresses in the lithosphere(global, regional, local): Abstracts First Intern.
The Armenian highland has rich lithosphere.
This was accompanied by basification, lithosphere reductions and formation rifts in superplume periods.
Theoretical and experimental studies of processes in the atmosphere,ocean, lithosphere, their interactions;
It is situated at the joint of lithosphere plates in the crust fracture and is filled with water, hence there are a lot of caves.
Callisto's battered surface lies on top of a cold, stiff,and icy lithosphere that is between 80 and 150 km thick.
The lithosphere is composed of discrete plates and the lithosphere-asthenosphere boundary(LAB) separates each plate from the underlying convecting mantle.
Such human impacts are embedded in the atmosphere, lithosphere, hydrosphere, cryosphere and biosphere.
The notions lithosphere, hydrosphere, atmosphere and magnetosphere may as well be contrasted to Aristotelian spheres of the four elements.
Since 1990 Member of the Project Team"The Ocean-Continent Lithosphere Boundary" of the International Lithosphere Program ILP.
Р-Т conditions of the run correspond to so-called“hot” geotherm which is typical for slowly subducted young lithosphere 3.
Analysis of metamorphic, geodynamic andevolution processes in the lithosphere using data about the texture of deep and near-surface rocks.
The solution is based on the fitting of the temperature profiles derived from seismic velocities to the conductive model of heat transfer in the crust and lithosphere.
The current relationships among atmosphere, hydrosphere, lithosphere and biosphere are the result of evolution throughout Earth history.
The lithosphere of Io, composed of basalt and sulfur deposited by Io's extensive volcanism, is at least 12 km(7 mi) thick, and likely less than 40 km(25 mi) thick.
As a result, the dependence of the temperature on depth, the intensity of radiogenic heat sources in the crust, andheat flow components in the crust and lithosphere are determined.
The lithosphere is the subject of the International Geological Correlation Programme(IGCP) jointly sponsored by the International Union of Geological Sciences and UNESCO.
In sections 2-4,we described the methods of determining the temperature in the crust and lithosphere(T P, S) from seismic data and the 1-D model of heat conduction TcondH.
Using the surface heat flow and the TS temperature profile, we have to determine the TLAB, heat generation in the upper crust, middle crust,heat flows in the crust and lithosphere.
The exposition shows the inner structure of our planet and tells about the origin of rocks,movement of lithosphere plates, and the causes of volcanic ejections and earthquakes.
The lithosphere-asthenosphere boundary(LAB)represents the base of the Earth's lithosphere, the rigid and relatively cool outer shell characterised by a conductive thermal regime, isolated from the convecting asthenosphere.
The operational network of satellites within the World Weather Watch Department of WMO provides near continuous observations of the Earth's atmosphere, lithosphere and hydrosphere.