SOTSP: HOP176 Disk Center Fixed
2010-11-28T09:18:17 to 2010-11-28T11:45:13
Science Goal: High Resolution Multi-Wavelength Study of Small-Scale Jets on Solar Disk
Program: Fast map 32x122", 1-side, Q75, repeat
Target: disk center, Spicule and Jets
xcen=-11 ycen=-8
Instrument: SOTSP
HOP/JOP: 176
Description:
High Resolution Multi-Wavelength Study of Small-Scale Jets on Solar Disk Combination of SP and FG observation with SP as first priority. The observing procedure is the same for every day during the coordinatedobserving run. Only the target will change (4 days active region, 3 days each for quiet Sun observations within and outside of a coronal hole as close to disk center as possible). SP: ~400 Mbits/hr, 1200 Mbits/day Context SP IQUV scan (fast map, for 64" x 123", 0.32" slit, 14 min) at the beginning and end of the coordinated high cadence observing run. Continuous high cadence SP IQUV scans (fast 32" x 123", 0.32" slit, 7 min cadence) during the coordinated observation. FG: ~170 Mbits/hr, 510 Mbits/day Ca II H and G-band image sequence during coordinated observation (2-minute cadence, 111" x 111" FOV, 2 x 2 pixel binning).
High Resolution Multi-Wavelength Study of Small-Scale Jets on Solar Disk Combination of SP and FG observation with SP as first priority. The observing procedure is the same for every day during the coordinatedobserving run. Only the target will change (4 days active region, 3 days each for quiet Sun observations within and outside of a coronal hole as close to disk center as possible). SP: ~400 Mbits/hr, 1200 Mbits/day Context SP IQUV scan (fast map, for 64" x 123", 0.32" slit, 14 min) at the beginning and end of the coordinated high cadence observing run. Continuous high cadence SP IQUV scans (fast 32" x 123", 0.32" slit, 7 min cadence) during the coordinated observation. FG: ~170 Mbits/hr, 510 Mbits/day Ca II H and G-band image sequence during coordinated observation (2-minute cadence, 111" x 111" FOV, 2 x 2 pixel binning).
wavelength: 6302A Continuum Intensity cadence: 0 min fov: 33,122 images: 2189 JavaScript Landing Page
