General description
This SOOP is designed to be used as a whole- or half-orbit Synoptic campaign that scans the Sun from one high latitude to the other (therefore mainly to be used later in the NMP at min inclination of 15º). Close to the higher latitude windows, we get a radial sweep at nearly constant latitude for in-situ.
This SOOP resembles very much the L_FULL_LRES_MCAD_Coronal-Synoptic (currently deprecated) but this time SPICE is necessary as well.
The SOOP can be scheduled after every Venus GAM during the fast transition from neg-to-pos(pos-to-neg) high latitude
Default SOOP duration: 10 days
Pointing requirements: mainly disk centre, with disk pointing necessary to accommodate SPICE rasters and PHI/HRT when inclination is not sufficient enough to cover the poles.
Triggers: TBD
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Instrument |
Mode |
Comment |
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Metis |
One of METIS standard modes to observe large scale coronal structures: GLOBAL or LT-CONFIG |
Could do a slight offpoint without switching Metis off, depending on distance. Latitudinal scan of solar corona for morphology, and F-corona. |
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SPICE |
SPICE Composition Mapping raster |
SPICE scans many latitudes during the SOOP : large swath around the sun magnetic field spiral less curved at higher latitudes: |
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EUI |
FSI Synoptic mode (S) with FSI |
10 min cadence |
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PHI |
FDT in general though HRT could be high resolution, medium cadence (TBC) |
At higher latitudes, point to the poles for polar magnetic field observations.
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SoloHI |
SoloHI synoptic Operations |
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STIX |
N/A |
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EPD |
Normal + Burst Mode |
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MAG |
Normal + Burst Mode |
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RPW |
Detection Mode |
Burst Triggers Active |
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SWA |
Normal + Burst Mode |
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SAP objective |
Target |
Duration |
Opportunity |
Operational constraints |
Additional comments |
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1.1.3.2 How does the Sun's magnetic field link into space? |
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After Venus GAM, when scanning pole to pole |
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4.2 What are the properties of the magnetic field at high solar latitudes? |
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Original SOOP proposers
D. Spadaro, A. Vourlidas, A. Giunta, D. Williams