Приклади вживання Earth's magnetosphere Англійська мовою та їх переклад на Українською
{-}
-
Colloquial
-
Ecclesiastic
-
Computer
Solar wind and the Earth's magnetosphere.
Analysis of spectrum of"warm" plasma's MHD eigenperturbations in the inner Earth's magnetosphere.
Imagine that the Earth's magnetosphere is the peel of an orange.
So some of them fall into the Earth's magnetosphere.
Compression waves in the Earth's magnetosphere: interpretation of"Interball 1" observations.
The belts are in the inner region of Earth's magnetosphere.
Keywords: Alfvén modes, Earth's magnetosphere, intermediate polarization.
Generation of alfven waves in plasma sheet of Earth's magnetosphere tail.
The Earth's magnetosphere does not just endow our planet with northern and southern magnetic poles.
When those particles strike Earth's magnetosphere, they cause the storm.
Schematic view of the different current systems which shape the Earth's magnetosphere.
It is thought to have entered the Earth's magnetosphere via the North Magnetic Pole.
IMAGE was launched in March 2000,and it was created to study the Earth's magnetosphere.
Some features of turbulent processes in the earth's magnetosphere from the CLUSTER mission measurements.
In these two days, there was a huge coronal ejection of matter,which provoked perturbation of the Earth's magnetosphere;
Wider and flatter than the Earth's magnetosphere, Jupiter's is stronger by an order of magnitude, while its magnetic moment is roughly 18,000 times larger.
During the International Geophysical Year, Earth's magnetosphere is discovered.
The more particles in the solar wind,the more chances we get for an auroral display as more particles collide with Earth's magnetosphere.
A statistical approach for turbulent processes in the Earth 's magnetosphere from measurements of the satellite Interball. Kosm. nauka tehnol, 16(1), 28- 39(2010)[in Russian].
IMAGE lifted off in 2000 on a mission to explore Earth's magnetosphere.
Particles with a higher speed hit Earth's magnetosphere harder and have a higher chance of causing disturbed geomagnetic conditions as they compress the magnetosphere. .
Shock waves andemission of solar plasma following outbreaks greatly disturb the Earth's magnetosphere causing magnetic storms.
One of the major goals of the project was to map how the Earth's magnetosphere interacted with the solar wind during a magnetic storm(an event like a coronal mass ejection would drive a magnetic storm).
Shock waves andemission of solar plasma following outbreaks greatly disturb the Earth's magnetosphere causing magnetic storms and auroras.
The northern and southern lights would be visible from lower latitudes, because these colorful shows are the result of the interaction between chargedparticles hurled from the sun in the solar wind and Earth's magnetosphere.
Scientists researching the Sun areusuallythey analyze the effect of the solar wind on the Earth's magnetosphere- its disturbances can affect both human well-being and the operation of various electrical devices.
The annihilation of a magnetic field in neutral current layers is responsible for the appearance of chromospheric flares on the sun andsubstorms in the earth's magnetosphere.
As you know, the interplanetary medium, interacting with the Earth's magnetic field, creating a huge void- the Earth's magnetosphere, bounded towards the Earth magnetopause(the distance to it in sunflower sector is about 60 sq km), in the direction of the Sun- Earth shock(distance to which the Earth is about 100 sq km).
The Northern and southern lights would be seen from lower latitudes, because their occurrence is theresult of interaction between charged solar particles and the Earth's magnetosphere.