Table 1.
Parameters of the class 1 EUV waves studied in this paper.
# | Date | λ (Å) | ts (s) | ds (Mm) | vs (km s−1) | te (s) | de (Mm) | ve (km s−1) |
---|---|---|---|---|---|---|---|---|
1 | 05/19/2007 | 171 | 391 | 132 | 588 | 1291 | 503 | 284 |
195 | 422 | 162 | 391 | 2222 | 710 | 248 | ||
2 | 12/31/2007 | 171 | 174 | 168 | 640 | 624 | 370 | 302 |
195 | 600 | 354 | 409 | 2400 | 850 | 173 | ||
3 | 12/22/2009 | 171 | 45 | 66 | 685 | 720 | 382 | 304 |
195 | 90 | 103 | 520 | 990 | 478 | 350 | ||
4 | 12/06/2010 | 171 | 343 | 69 | 421 | 1543 | 489 | 278 |
5 | 08/07/2010 | 171 | 343 | 68 | 501 | 1543 | 499 | 217 |
195 | 300 | 98 | 501 | 2099 | 657 | 195 | ||
6 | 08/14/2010 | 195 | 1500 | 373 | 503 | 2700 | 852 | 285 |
7 | 08/09/2010 | 195 | 450 | 245 | 377 | 1050 | 444 | 243 |
Notes. These waves were recorded by the 171 Å and/or 195 Å channels of the EUV instruments on board the STEREO A and B spacecraft. The first, second, and third column give the number and date of the event and at which wavelengths the EUV waves were observed, respectively. (ts is the time at which the event starts; ds is the initial distance of the wave from the centre of the corresponding cycle; vs is its initial velocity; te is the time at which the EUV wave disappears; de is the final distance at which the EUV wave disappears; and ve is its final velocity.)
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