Not exact matches
At a certain distance from the sun, though, that plasma escapes the corona and streams through the
solar system as the
solar wind, a constant
flow of charged
particles that pummels the planets, including Earth (SN Online: 8/18/17).
These may help astronomers unravel what drives the
solar wind, the stream of charged
particles that
flows from the sun and permeates the
solar system.
In a complementary paper, astrophysicist John Connerney of NASA's Goddard Space Flight Center in Greenbelt, Md., and colleagues look at how Jupiter's magnetic field interacts with the
solar wind, a stream of charged
particles flowing from the sun.
David Thomson, Carol Mclennan and Louis Lanzerotti of AT&T Bell Laboratories in Murray Hill, New Jersey, claim that the
flow of
particles in the
solar wind shows periodic variations on timescales of a few minutes, which exactly match the periods of vibrations of the Sun's core (Nature, vol 376, p 139).
He explained his research, analyzing how the
solar wind — the continuous
flow of
particles exhaled by the sun — blows gases from Pluto's surface like seeds from a dandelion.
Massive changes take place in the magnetic field composition in the area between the
solar wind — the stream of energetic
particles flowing from the sun — and Earth's magnetic field and this triggers powerful energy transfers.
Measurements of the space environment round it show that the water
flowing out from the comet's nucleus forms a prominent atmosphere which interacts with the constant
flow of ionised
particles from the sun, the so - called
solar wind.
The off - kilter tumbling of the magnetic bubble around Uranus may regularly let a barrage of charged
particles from the
solar wind flow in
The space station Skylab found that the ever - changing corona bleeds off into the
solar wind, a
flow of charged
particles that reaches out to Earth and beyond.
Sunspot activity, which ebbs and
flows on an 11 - year cycle, decreases the cosmic ray flux by periodically increasing the
solar wind — a stream of charged
particles emitted by the sun.
1,000,000 Speed, in miles per hour, of the
solar wind, a stream of charged
particles flowing from the sun in all directions.
Earth is always surrounded by a bubble of magnetism called the magnetosphere, which protects us from the bulk of the
solar wind, a stream of high - energy
particles constantly
flowing from the sun.
Unlike Earth, the moon has no enveloping magnetic field to fend off the constant
flow of charged
particles that make up the
solar wind.
solar wind A
flow of charged
particles (including atomic nuclei) that have been ejected from the surface of the star, such as our sun.
With the aim of improving our understanding of the ways in which the Sun influences its environment, the
Solar Observer will examine how the Sun generates and propels the flow of charged particles that form the solar wind in which the planets are bathed and which can wreak havoc on power grids on Earth and satellites in o
Solar Observer will examine how the Sun generates and propels the
flow of charged
particles that form the
solar wind in which the planets are bathed and which can wreak havoc on power grids on Earth and satellites in o
solar wind in which the planets are bathed and which can wreak havoc on power grids on Earth and satellites in orbit.
The
solar wind is the continuous stream of charged and energetic
particles flowing out from the Sun, which can affect spacecraft.
The spacecraft will look at the corona — the superheated outer atmosphere of the sun — to learn more about how energy
flows through the sun, the structure of the
solar wind, and how energetic
particles are accelerated and transported.
The Earth's magnetic field is our first line of defence against the permanent
flow of
particles coming from the Sun: the
solar wind.
The
solar wind is a flux of charged
particles that
flows at supersonic velocity from the Sun's outer atmosphere (the corona) and carries with it the
solar magnetic field.
The
particles there
flow at about 336 kilometres a second, as opposed to 550 kilometres a second in the fast
solar wind produced closer to the sun's poles.
The postulated effects are from increased
solar ultraviolet output, affecting upper atmosphere chemistry, and from stronger
solar wind — the continuous
flow of charged
particles emanating from the sun that bathes the whole
solar system.
It is not the Earth's magnetic field that deflects cosmic rays, but the
solar field associated with the
solar wind and SEP (charged
particles) that
flow out through the whole
solar system.