Emissions of plasma in the Sun

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Record levels of plasma eruptions of the Sun caused material shows shine on the ground for several hours, creating a "moderate geomagnetic storm & quot;

Incredible phenomena on the Sun can give a new understanding of how solar storms affect the power in the world

NASA presented a stunning video showing a "solar stick" 500,000 mile long on the surface of the sun - and the beautiful auroras, which he created on earth.

Previous telescope NASA - Solar Dynamics Observatory (SDO), the pictures show in unprecedented detail a very long whip solar filament length and a half million miles, creating a long arc over the surface of the sun.





Plasma strands are attached to the surface of the Sun in the photosphere, and go out to the hot outer atmosphere of the Sun, called the corona.

"Knut" has been a thread whirling cloud of solar material that are attached to the surface of the sun unstable magnetic force thread.

Pictures and videos produced in the period from August 6 to 8 July 2012

"At the end of the video shows a part of the thread, which seems ready to break from the embrace of the sun, keeping the basic length and shape.

NOAA SpaceWeather (Forecast Center) has warned that radiation cloud from the eruption of plasma reaches the Earth on September 5.



Northern Lights Flashes green and red colors appeared over Whitehorse, Yukon on the night of September 3, 2012 after a massive eruption on the sun's surface.

NASA scientists said that the image of emission plasma formations is a classic example of solar activity.

This large, bright patterns rasshireniyasolnechnogo substance is the sun's surface.

The prominences are attached to the surface of the Sun in the photosphere, and climb out in the hot sun's outer atmosphere, called the corona.

Such a structure can prosuschestvoat about a day, and stable prominences may persist in the corona for several months.

However, scientists still porn can answer the question of how and why prominences are formed.

Red luminescent loop material is formed by plasma hot gas which includes hydrogen and helium atoms.



A huge coronal mass ejection from the Sun's surface: A composite picture obtained by the superposition of pictures taken in a range of 304 and 171 wavelengths



August 31, 2012 the release of a long string of solar matter, hovering in the solar corona, at 4:36 pm EDT. The rate of release of a coronal mass ejection, or CME, more than 900 miles per second.



Composite picture



This incredible image of the Solar Observatory (SDO) shows a very huge "stick" of solar filament in the center of the image, taking up more than half of millionv miles, forming a long arc over the surface of the Sun



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