Norwell / Springer-Verlag / Huntsville / Washington / D. C. / Bristol / Boulder / FALCONER ET / New York / Coronal / /
Company
Z. Svestka B. V. / the Sun / Shimizu / /
Country
United States / United Kingdom / /
Currency
USD / / /
Event
Natural Disaster / Man-Made Disaster / /
Facility
NASA’s Solar Dynamics Observatory / G. A. Gary Marshall Space Flight Center / Marshall Space Flight Center / University of Alabama / Heliospheric Observatory / /
Holiday
Bastille Day / /
IndustryTerm
free magnetic energy / stored energy / flare energy release / magnetic energy shedding / energy release site / minimum-energy potential field configuration / /
Movie
D. V / /
Organization
American Geophysical Union / Connection Division / Marshall Space Flight Center / G. A. Gary Marshall Space Flight Center / Cambridge Univ. / NASA’s office of Space Science / University of Alabama / National Aeronautics and Space Administration / NSF’s Division of Atmospheric Sciences / /
Person
Marshall Space / R. L. Moore / J. E. Smith / J. B. Smith Jr. / M. Adams / B. M. Haisch / G. A. Gary / A. M. Hernandez / R. Cloyd / D. Rabin / M. G. Rovira / M. J. Hagyard / Bernard V. Jackson / /
Position
Fisher / J. G. Porter / /
ProvinceOrState
Alabama / Indiana / New York / Massachusetts / Colorado / /
PublishedMedium
Solar Physics / Astronomy and Astrophysics / JOURNAL OF GEOPHYSICAL RESEARCH / /
JOURNAL OF GEOPHYSICAL RESEARCH, VOL. 108, NO. A10, 1380, doi:[removed]2003JA010030, 2003 A measure from line-of-sight magnetograms for prediction of coronal mass ejections D. A. Falconer,1 R. L. Moore, and G. A. Gary Ma