'Solar disturbances' presentation slideshows

In the terminology of predictive modeling, the performance of

S.M.P. McKenna-Lawlor 1 , M.Dryer 2,3 , C.D. Fry 2 , Z. Smith 3 , M. D. Kartalev 4 , W. Sun 5 , C. S. Deehr 5 , K. Kecskemety 6 , K. Kudela 7 , S. Barabash 8 , Y. Futaana 8 , R. Lundin 8 and R. Courtney 9

434 views • 33 slides

Fluid Phenomena: Some Examples

Fluid Phenomena: Some Examples. 1. Stellar Physics. Ordinary Star: Self-gravitating, rotating, gaseous sphere Radius changes on time scales of 10 10 years Collapse in 10 3 s in absence of gas pressure Solar granulation: 5 minute time scale.

313 views • 30 slides

Statistical Analysis of Geomagnetic Storm Occurrences

Statistical Analysis of Geomagnetic Storm Occurrences. By: Seth Sivak. What Does That Mean?. Solar Cycle Solar Disturbances The Earth and The Magnetosphere Geomagnetic Storms and Their Problems Measuring Storms. The Solar Cycle. 11 Year Magnetic F10.7 X-Ray Flux Sun Spot Number

321 views • 18 slides

DELAY TIMES BETWEEN GEOEFFECTIVE SOLAR DISTURBANCES AND GEOMAGNETIC INDICES

DELAY TIMES BETWEEN GEOEFFECTIVE SOLAR DISTURBANCES AND GEOMAGNETIC INDICES. Y. D. PARK 1 , Y. -J. MOON 1 , I. S. KIM 2 , H. S. YUN 3. 1.Korea Astronomy Observatory, Daejeon, KOREA 2. Sternberg State Astronomical Institute, Moscow Univ. RUSSIA 3. Seoul National Univ. Seoul, KOREA.

231 views • 14 slides

H1A: Understand How Solar Disturbances Propagate to Earth

257 views • 11 slides