Table A.1.
Analysed Type III solar radio bursts.
Date | t_LW [UT] (s/c) | f_PSP [kHz] | f_SOLO [kHz] | f_STA [kHz] | f_WIND [kHz] |
---|---|---|---|---|---|
18/11/2020 | 19:10 (SolO) | 328.12 | 331.31 | 325 | 332 |
16/07/2021 | 09:20 (PSP) | 292.97 | 290.93 | 275 | 292 |
22/08/2021 | 06:10 (PSP) | 276.56 | 266.79 | 275 | 256 |
30/08/2021 | 01:40 (PSP) | 366.8 | 377.29 | 375 | 376 |
06/10/2021 | 04:30 (SolO) | (...) | 377.29 | 375 | 376 |
05/02/2022 | 10:30 (PSP) | (...) | 290.93 | 275 | 292 |
10/05/2022 | 04:00 (SolO) | 292.97 | 290.93 | 275 | 292 |
16/05/2022 | 00:40 (PSP) | 328.12 | 331.31 | (...) | 332 |
18/05/2022 | 00:50 (PSP) | 544.92 | 533.57 | 525 | 548 |
Notes. t_LW is the approximate observation time of the Langmuir waves associated to the Type III bursts, given with the spacecraft (s/c) that recorded these Langmuir waves. The frequency at which each event was analysed for the purposes of examining the decay and rise times as a function of the observer’s location is given for each of the four spacecraft (f_PSP, f_SOLO, f_STA, and f_WIND). (...) indicates the lack of observation or lack of fitting output (due to a faint signal).
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