The strongest solar flares seen in five years, a mass of charged particles toward Earth to send that may cause radio interference and aurora.
After NASA , the sun unleashed a M-2 (medium) solar flare, an S1 class (minor) radiation storm and a spectacular KMA (CME) on 7 June 2011 complex of sunspots from 1226 to 1227. The large cloud of particles and fungi from the soil fell back down to look as if it covers an area of ??nearly half the sun?s surface. The U.S. National Weather Service (NWS) said in a statement that the radiation is not released since 2006, solar flare seen by the present by NASA
as M-2 or medium-sized solar flare with that ?a substantial KMA (CME) ? and is visually spectacular.? According to NASA models, the CME on 1400 km of trails / s. This radiation storm is not blowing directly on the ground, but it should provide ?striped? to Earth?s magnetic field in the late hours of the 8. June or 9th June. The flares were accompanied by a CMA, or CME, which is a cloud of hot charged particles that move outward at high velocity from the surface of the sun. The flares are seen first, how to take the light and radiation only eight minutes to get to Earth. The CME is moving more slowly and lasts for days, in the same way thunder follows lightning. solar flares happen, because the sun?s magnetic field is a complicated form. Earth?s magnetic field is like a giant bar magnet with a north and south poles and clean lines describe a donut-shape. High-latitude sky watchers should be for the Northern Lights or Aurora Borealis, also called northern lights, which are created as a result of a natural mechanism of solar wind known alarm, ion flow, the magnetic field and collisions between ions and atoms of atmospheric and molecules that cause energy releases in the form of colorful lights. the Aurora Borealis (Northern Lights) and Aurora Australis (Southern Lights) will probably be visible in the late hours of 8 June or 9th With the sun shining most of the auroral zone in Russia and Scandinavia, the northern lights are visible mainly in North America. Visible auroral activities for Thursday and Friday and predicted overhead of Inuvik, Yellowknife, Rankin, Igaluit and surrounding areas. The visibility on the horizon from Seattle, Des Moines, Chicago, Cleveland, Boston and Halifax on Thursday, and Prince Rupert, Calgary, Minot, Bemidji, Stevens Point, Traverse City and Quebec City, Canada low on Friday. While a strong solar flare increases the chance of a spectacular light show, the electromagnetic pulse and satellite communications, power grids and radio communications when it reaches the ground. Some industries that are normally affected by solar flares are electric power, airlines, GPS, military and maritime routes. flares send bursts of X-rays and charged particles ? mostly protons ? from the sun?s surface into space. is occasionally pointed toward Earth. They are still powerful they are, such as A, B, C, M or X, where X is the most powerful classified. The torch SDO was detected a M-class flare on 7 June. The last major solar eruption occurred in 2006, and more powerful have in the years 2005 and 2003, and occurred. The strongest ever recorded and 1859 was strong enough to damage electrical equipment.
Sunburst 2011 ? Google News The strongest solar flares seen in five years, a mass of charged particles toward Earth to send that may cause radio interference and aurora.
After NASA , the sun unleashed a M-2 (medium) solar flare, an S1 class (minor) radiation storm and a spectacular KMA (CME) on 7 June 2011 complex of sunspots from 1226 to 1227. The large cloud of particles and fungi from the soil fell back down to look as if it covers an area of ??nearly half the sun?s surface. The U.S. National Weather Service (NWS) said in a statement that the radiation is not released since 2006, solar flare seen by the present by NASA
as M-2 or medium-sized solar flare with that ?a substantial KMA (CME) ? and is visually spectacular.? According to NASA models, the CME on 1400 km of trails / s. This radiation storm is not blowing directly on the ground, but it should provide ?striped? to Earth?s magnetic field in the late hours of the 8. June or 9th June. The flares were accompanied by a CMA, or CME, which is a cloud of hot charged particles that move outward at high velocity from the surface of the sun. The flares are seen first, how to take the light and radiation only eight minutes to get to Earth. The CME is moving more slowly and lasts for days, in the same way thunder follows lightning. solar flares happen, because the sun?s magnetic field is a complicated form. Earth?s magnetic field is like a giant bar magnet with a north and south poles and clean lines describe a donut-shape. High-latitude sky watchers should be for the Northern Lights or Aurora Borealis, also called northern lights, which are created as a result of a natural mechanism of solar wind known alarm, ion flow, the magnetic field and collisions between ions and atoms of atmospheric and molecules that cause energy releases in the form of colorful lights. the Aurora Borealis (Northern Lights) and Aurora Australis (Southern Lights) will probably be visible in the late hours of 8 June or 9th With the sun shining most of the auroral zone in Russia and Scandinavia, the northern lights are visible mainly in North America. Visible auroral activities for Thursday and Friday and predicted overhead of Inuvik, Yellowknife, Rankin, Igaluit and surrounding areas. The visibility on the horizon from Seattle, Des Moines, Chicago, Cleveland, Boston and Halifax on Thursday, and Prince Rupert, Calgary, Minot, Bemidji, Stevens Point, Traverse City and Quebec City, Canada low on Friday. While a strong solar flare increases the chance of a spectacular light show, the electromagnetic pulse and satellite communications, power grids and radio communications when it reaches the ground. Some industries that are normally affected by solar flares are electric power, airlines, GPS, military and maritime routes. flares send bursts of X-rays and charged particles ? mostly protons ? from the sun?s surface into space. is occasionally pointed toward Earth. They are still powerful they are, such as A, B, C, M or X, where X is the most powerful classified. The torch SDO was detected a M-class flare on 7 June. The last major solar eruption occurred in 2006, and more powerful have in the years 2005 and 2003, and occurred. The strongest ever recorded and 1859 was strong enough to damage electrical equipment.
Sunburst 2011 ? Google News Source: http://hottrendsusa.co.cc/solar-flare-could-cause-polar-lights-satellite-interference-international-business-times/
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