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Solar chromosphere showing large prominence
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Solar chromosphere showing vertical prominence
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Solar chromosphere showing large prominence
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Solar flare from active region
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Full disc of the Sun
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Full disc of the Sun
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Solar chromosphere showing vertical prominence
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Donald Howard Menzel (1901 - 1976) American theoretical astronomer and astrophysicist He discovered the physical properties of the solar chromospher
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Joseph Norman Lockyer (1836-1920) English astronomer and spectroscopist born at Rugby Warwickshire In 1868 he detected and named the gaseous element
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Joseph Norman Lockyer (1836-1920) English astronomer and spectroscopist born at Rugby Warwickshire In 1868 he detected and named the gaseous elemen
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Solar prominence
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Solar prominence
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Arching solar prominence
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Large solar prominence
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X1-class solar flare
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Large solar prominence releasing coronal mass ejection
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Solar prominence size comparison composite image
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Total solar eclipse of July 10 1972 photo- graphed from Point Escuminak New Brunswick Canada The surface of the Sun is almost entirely hidden by
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Joseph Norman Lockyer (1836-1920) English astronomer and spectroscopist born at Rugby Warwickshire In 1868 he detected and named the gaseous elemen
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Solar flare Skylab 1 image This flare or prominence is erupting from the chromosphere (orange) which lies above the Suns visible surface Promin
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Solar prominence size comparison composite image
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Eruptive solar prominence and coronal mass ejection
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Large solar prominence releasing coronal mass ejection
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Solar eclipse composite photograph
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Eruptive solar prominence
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Eruptive solar prominence
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Large solar prominence
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Solar prominence Ultraviolet SOHO (Solar and Heliospheric Observatory) satellite image of a solar prominence (bottom left) The prominence is eruptin
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Solar flare Coloured image of a solar flare (upper centre) The flare is erupting from the chromosphere the layer of the Sun above the visible surfa
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Solar prominence Ultraviolet SOHO (Solar and Heliospheric Observatory) satellite image of a solar prominence (top right) The prominence is erupting
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Solar prominence around the suns limb near active region AR12891 captured on the 27th of October 2021 from Cumeada Observatory Portugal by MIGUEL
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Large solar prominence
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Large solar prominence
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Large solar prominence
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Large solar prominence
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Large solar prominence
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Large solar prominence
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Solar prominences Computer artwork of prominen- ces on the surface of the Sun Prominences are clouds of ionised gas (plasma) which stretch between t
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Solar prominences Computer artwork of prominen- ces on the surface of the Sun Prominences are clouds of ionised gas (plasma) which stretch between t
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Solar prominences Computer artwork of prominen- ces on the surface of the Sun Prominences are clouds of ionised gas (plasma) which stretch between t
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Large solar prominence
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Solar prominence around suns limb near AR12891
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Solar prominence
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Minor solar flare from the active region AR12887
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Minor solar flare from the active region AR12887
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1872 illustration of four solar spectra from solar prominences Corona Aurora borealis and Chromosphere The first spectrum is titled Solar Spectrum
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SDO view of the Sun eclipsed by Earth
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THIS PICTURE MAY NOT BE USED TO STATE OR IMPLY ESA ENDORSEMENT OF ANY COMPANY OR PRODUCT Solar flare SOHO (Solar Heliospheric Observatory) ul
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THIS PICTURE MAY NOT BE USED TO STATE OR IMPLY ESA ENDORSEMENT OF ANY COMPANY OR PRODUCT Solar flares Two SOHO (Solar Heliospheric Observator
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BTHIS PICTURE MAY NOT BE USED TO STATE OR IMPLY THE BENDORSEMENT BY NOAO OF ANY COMPANY OR PRODUCT THIS PICTURE MAY NOT BE USED TO STATE OR IMP
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Earth and coronal mass injection illustration
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Illustration of a coronal mass ejection impacting the Earths atmosphere These events CMEs for short are powerful releases of solar charged particl
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Large solar prominence
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Large solar prominence
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Solar flares illustration These flares or prominences are erupting from the chromosphere which lies above the Suns visible surface Prominences
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Solar flares illustration These flares or prominences are erupting from the chromosphere which lies above the Suns visible surface Prominences
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Solar prominence
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False-colour ultraviolet image of an eruptive prominence on the Sun photographed from the Skylab space station on August 21 1973 Taken in the light
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Optical photograph of a solar prominence a jet of glowing gas reaching up from the Suns chromosphere (upper atmosphere) into the corona Prominences
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Optical photograph of a solar prominence a jet of glowing gas reaching up from the Suns chromosphere (upper atmosphere) into the corona Prominences
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Solar flare illustration This flare or prominence is erupting from the chromosphere which lies above the Suns visible surface Prominences are d
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Solar flare illustration This flare or prominence is erupting from the chromosphere which lies above the Suns visible surface Prominences are d
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Solar flares illustration These flares or prominences are erupting from the chromosphere which lies above the Suns visible surface Prominences
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Solar flare illustration This flare or prominence is erupting from the chromosphere which lies above the Suns visible surface Prominences are d
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Solar flares illustration These flares or prominences are erupting from the chromosphere which lies above the Suns visible surface Prominences
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Solar flares illustration These flares or prominences are erupting from the chromosphere which lies above the Suns visible surface Prominences
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Solar flares illustration These flares or prominences are erupting from the chromosphere which lies above the Suns visible surface Prominences
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Extreme ultraviolet image of the Sun showing an eruptive prominence (top) The photograph was taken from the Skylab 2 space station on 10 June 1973
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Suns structure Composite image including SOHO (Solar and Heliospheric Observatory) satellite images of the Suns structure Nuclear radiation produ
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THIS PICTURE MAY NOT BE USED TO STATE OR IMPLY ESA ENDORSEMENT OF ANY COMPANY OR PRODUCT Sun Ultraviolet image of the part of the Suns atmos
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Solar flares illustration These flares or prominences are erupting from the chromosphere which lies above the Suns visible surface Prominences
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Solar flares illustration These flares or prominences are erupting from the chromosphere which lies above the Suns visible surface Prominences
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Solar flare illustration This flare or prominence is erupting from the chromosphere which lies above the Suns visible surface Prominences are d
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Illustration of a solar prominence based on a Skylab 1 image from 1973 This prominence is erupting from the chromosphere which lies above the Suns
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Solar surface
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The Sun in hydrogen-alpha filtered light showing a large solar prominence Captured on the 25th May 2020 Photo by MIGUEL CLAROSCIENCE PHOTO LIBRARY
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The Sun in hydrogen-alpha filtered light showing a large solar prominence Captured on the 25th May 2020 Photo by MIGUEL CLAROSCIENCE PHOTO LIBRARY
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THIS PICTURE MAY NOT BE USED TO STATE OR IMPLY ESA ENDORSEMENT OF ANY COMPANY OR PRODUCT Sun Ultraviolet image of the part of the Suns atmos
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THIS PICTURE MAY NOT BE USED TO STATE OR IMPLY ESA ENDORSEMENT OF ANY COMPANY OR PRODUCT Sun Ultraviolet image of the Suns inner atmosphere
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Solar eclipse Composite of images of the Sun and Moon approaching totality during the total solar eclipse of 11th August 1999 showing Bailys beads
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Solar prominence Optical photograph showing a loop prominence above the limb of the Sun Loops are a class of active prominences a variety of cloud-
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Solar prominences Computer artwork of prominen- ces (bright areas) projecting over the surface of the Sun Prominences are clouds of ionised gas (pla
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Solar prominences Computer artwork of prominen- ces on the surface of the Sun Prominences are clouds of ionised gas (plasma) which stretch between t
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Artwork of solar prominence on surface of sun
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Sunspots and prominence Artwork showing sunspots (black round areas) and a large prominence (left) on the surface of the Sun Sunspots are found in t
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Sun Computer artwork of the Sun The granulated appearance is due to turbulence in its surface The Sun is a massive nuclear fusion reactor in which
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The Sun Illustration of the surface of the Sun showing sunspots (dark) and solar prominences (loops) Solar prominences occur where vast eruptions of
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Total solar eclipse Composite image of the Moon superimposed on an image of a total solar eclipse The Moons surface features cannot be seen during
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Solar flare Skylab 1 image This flare or prominence is erupting from the chromosphere (orange) which lies above the Suns visible surface Promin
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Solar prominence Ultraviolet SOHO (Solar and Heliospheric Observatory) satellite image of a solar prominence (bottom left) The prominence is eruptin
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Illustration showing the layers of the Sun In the centre is the dense core where fusion reactions are generating energy Above this is a relatively
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Solar activity SDO ultraviolet image
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Giant solar prominence UV image
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Sun observed at different wavelengths Collage of solar images from NASAs Solar Dynamics Observatory (SDO) Observing the Sun in different wavelength
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Sun observed at different wavelengths Collage of solar images from NASAs Solar Dynamics Observatory (SDO) Observing the Sun in different wavelength
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Solar activity SDO ultraviolet image
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SDO view of the Sun eclipsed by Earth
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Solar flare Coloured image of a solar flare (upper centre) The flare is erupting from the chromosphere the layer of the Sun above the visible surfa
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Solar prominence Ultraviolet SOHO (Solar and Heliospheric Observatory) satellite image of a solar prominence (top right) The prominence is erupting
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Solar activity SDO ultraviolet image
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