Results 171 to 180 of about 1,128,117 (220)
Observations of successive CMEs and their successive Type II solar radio bursts in the corona. [PDF]
Sci RepVasanth V.
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Numerical Modeling of Prominences and Coronal Rain with the MPI-AMRVAC Code. [PDF]
Sol PhysLiakh V, Jenkins J.
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The EUV Late-Phase: Statistical Results from 15 Years of Solar Dynamics Observatory Observations. [PDF]
Sol PhysGreatorex HJ +5 more
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Properties of Magnetic Switchbacks in the Near-Sun Solar Wind. [PDF]
Space Sci RevBadman ST +26 more
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Nature, 1942
THE difficulties which have so far been experienced in working out a physical theory of the solar corona (vide Rosseland, “Theoretical Astrophysics”, Chap. 14) have apparently been increased by the discovery of Grotrian and Edlen that many of these lines are due to forbidden transitions of highly stripped atoms of iron and nickel having the ...
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THE difficulties which have so far been experienced in working out a physical theory of the solar corona (vide Rosseland, “Theoretical Astrophysics”, Chap. 14) have apparently been increased by the discovery of Grotrian and Edlen that many of these lines are due to forbidden transitions of highly stripped atoms of iron and nickel having the ...
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Nature, 1966
Physics of the Solar Corona By I. S. Shklovskii. Second edition. Translated by L. A. Fenn. Translation edited by A. Beer. Additional material translated and edited by A. J. Meadows. (International Series of Monographs on Natural Philosophy, Vol. 6.) Pp. x + 475. (London and New York: Pergamon Press, Ltd., 1965.) 120s. net.
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Physics of the Solar Corona By I. S. Shklovskii. Second edition. Translated by L. A. Fenn. Translation edited by A. Beer. Additional material translated and edited by A. J. Meadows. (International Series of Monographs on Natural Philosophy, Vol. 6.) Pp. x + 475. (London and New York: Pergamon Press, Ltd., 1965.) 120s. net.
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2003
The solar corona is an extremely hot (106 K or about 0.1 keV), almost fully ionised plasma which extends from a few thousand km above the Sun’s visible surface or photosphere (6000 K) to where it freely expands into the solar system as the solar wind.
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The solar corona is an extremely hot (106 K or about 0.1 keV), almost fully ionised plasma which extends from a few thousand km above the Sun’s visible surface or photosphere (6000 K) to where it freely expands into the solar system as the solar wind.
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Eclipse Instrumentation for the Solar Corona
Applied Optics, 1970The expedition of the Harvard College Observatory, the Smithsonian Astrophysical Observatory, and the National Geographic Society to Miahuatlán, Mexico, to observe the total solar eclipse of 7 March 1970, is described. Instrumentation included a coronal spectrograph, television cameras recording on videotape, telescopes for photography of coronal ...
D H, Menzel, J M, Pasachoff
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