Most recent XMM radiation observations
Differential Flux particles/cm2-s-ster-MeV
UT Date Time ---------------------------------- Protons MeV -------------------------------
LE1 LE2 HES1 HES2 HESC
YR MO DA HHMM 1-1.5 1.5-4.5 2.7-9 9-37 12.5-100
2026-Jun27-16:30 1.954 0.420 1.444 0.469 0.401
2026-Jun27-17:30 1.846 0.445 1.446 0.472 0.401
2026-Jun27-18:30 1.902 0.417 1.525 0.475 0.377
2026-Jun27-19:30 1.876 0.434 1.459 0.510 0.377
2026-Jun27-20:30 1.855 0.451 1.448 0.515 0.387
2026-Jun27-21:30 1.861 0.448 1.524 0.478 0.427
2026-Jun27-22:30 1.844 0.458 1.470 0.472 0.394
2026-Jun27-23:30 1.905 0.425 1.533 0.462 0.403
2026-Jun28-00:30 1.949 0.436 1.446 0.463 0.383
2026-Jun28-01:30 4.955 0.468 1.522 0.458 0.394
2026-Jun28-02:30 524.192 0.483 343.515 0.641 29.356
2026-Jun28-03:30 6401.267 2.252 9054.087 13.755 1000.388
2026-Jun28-04:30 8450.276 2.501 13108.431 19.853 1388.270
The following plots show the orbits of CXO and XMM in GSM coordinates. The left plot is in X-Y plane, and the right plot is in X-Z plane. If the orbit is in green, the satellite is in the solar wind area, if it is in light blue, the satellite is in magnetosheath, and if it is in yellow, the satellite is in magnetosphere.
The periods of the plotted orbits are +/-1.35 days from the current satellite positions (*), and the orange pentagon (*) mark the positions of one day ago.
XMM and CXO orbits in GSM coordinates.
Email problems to: swolk
(Scott Wolk)
...it is all his fault