2009/03


The table on the right is a monthly calender with links to daily movies. The top number is the day with a link to running difference and direct image movies, having STEREO spacecraft Ahead (A) in the right panel and Behind (B) in the left panel. The lower links within each box of the table are for daily movies of STEREO spacecraft A and B. The number to the right of the A and B is the number of CMEs detected on that day.

The table below gives the basic attributes of a CME. A Text version of the measurements can be found in links under the Start Time and Javascript movies can be found in the third column.

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Event of width greater than 120 degrees
Event of width between 60 and 120 degrees
Event of width less than 60 degrees
All A data in txt format
# of A Detections per day in txt format
# of A Images per day in txt format

All B data in txt format
# of B Detections per day in txt format
# of B Images per day in txt format
Daily Table of Movies
1
A : 0 B : 0 AB: 0
2
A : 0 B : 0 AB: 0
3
A : 1 B : 0 AB: 0
4
A : 1 B : 0 AB: 0
5
A : 0 B : 0 AB: 0
6
A : 0 B : 0 AB: 0
7
A : 1 B : 0 AB: 0
8
A : 2 B : 2 AB: 1
9
A : 0 B : 0 AB: 0
10
A : 0 B : 0 AB: 0
11
A : 0 B : 0 AB: 0
12
A : 0 B : 0 AB: 0
13
A : 0 B : 0 AB: 0
14
A : 0 B : 0 AB: 0
15
A : 0 B : 0 AB: 0
16
A : 0 B : 3 AB: 0
17
A : 1 B : 1 AB: 0
18
A : 1 B : 0 AB: 0
19
A : 0 B : 0 AB: 0
20
A : 0 B : 0 AB: 0
21
A : 0 B : 0 AB: 0
22
A : 0 B : 0 AB: 0
23
A : 0 B : 0 AB: 0
24
A : 0 B : 1 AB: 0
25
A : 0 B : 3 AB: 0
26
A : 1 B : 1 AB: 1
27
A : 2 B : 3 AB: 1
28
A : 0 B : 0 AB: 0
29
A : 0 B : 0 AB: 0
30
A : 0 B : 0 AB: 0
31
A : 2 B : 0 AB: 0






















     Previous Month                    Next Month

STEREO Ahead Detections

# Start Time Event Movie
(# of Frames)		 Central PA (deg) Angular Width (deg) Linear Fit (km/s) 2nd Order Fit (m/s2)
1 2009/03/03 01:07:30 2 91 28 103 -------
2 2009/03/04 09:07:30 4 277 29 326 -7.2
3 2009/03/07 22:37:30 4 235 119 1352 590.0
4 2009/03/08 01:07:30 13 284 28 110 1.0
5 2009/03/08 08:07:30 3 286 26 129 -0.0
6 2009/03/17 14:37:30 13 88 39 140 -1.4
7 2009/03/18 05:07:30 20 81 45 126 1.7
8 2009/03/26 15:37:30 21 270 107 175 5.7
9 2009/03/27 02:37:30 2 253 71 414 -------
10 2009/03/27 05:07:30 2 269 36 647 -------
11 2009/03/31 14:37:30 11 95 35 339 9.3
12 2009/03/31 20:37:30 5 94 30 160 2.1

STEREO Behind Detections

# Start Time Event Movie
(# of Frames)		 Central PA (deg) Angular Width (deg) Linear Fit (km/s) 2nd Order Fit (m/s2)
1 2009/03/08 06:07:48 10 70 35 209 -8.2
2 2009/03/08 11:37:48 4 70 33 194 3.6
3 2009/03/16 11:07:49 11 85 40 203 0.4
4 2009/03/16 19:07:49 5 273 31 217 6.2
5 2009/03/16 22:37:49 3 85 26 194 64.8
6 2009/03/17 00:07:49 3 279 30 2201 129.5
7 2009/03/24 21:07:50 6 92 32 290 32.9
8 2009/03/25 00:37:50 5 95 34 207 -8.2
9 2009/03/25 03:37:50 4 98 32 284 14.4
10 2009/03/25 09:07:50 2 95 35 1657 -------
11 2009/03/26 19:37:50 12 108 51 186 4.9
12 2009/03/27 02:07:50 5 109 51 222 2.1
13 2009/03/27 05:07:50 3 107 53 673 187.1
14 2009/03/27 09:37:50 2 107 50 3652 -------

Shared STEREO Detections

# Start Time Event Movie
(# of Frames)		 Longitude Latitude Minimum Angular Width (deg) Linear Fit (km/s) 2nd Order Fit (m/s2)
1 2009/03/08 06:07:30 6 -62.24 16.3 26 180.6 -1.4
2 2009/03/26 19:37:30 13 -116.4 -15.2 79 173.6 -1.9
3 2009/03/27 05:07:30 2 173.9 -7.31 36 591.5 ------
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Curators: Jie Zhang (jzhang7 AT gmu.edu); Suman Dhakal (sdhakal2 AT gmu.edu);
Last updated: 2020/04