SOTSP: HOP 2 + spicules
2007-09-24T12:14:23 to 2007-09-24T13:15:38
Science Goal: CORE: Polar Region Observation Campaign
Program: 281 slits (one hour), 16 cyles, I scaled
Target: Spicule and Jets, N Pole
xcen=-5 ycen=927
Instrument: SOTSP
HOP/JOP: 2
Description:
HOP 2 Programs: all fixed pointing at (0, 920) 24 Sep 12:14 - 15:59 Spicule observations in Mg b line with TRACE at 13:00 and 14:38 for about 40 minutes Request to SOT HOP Number 0002 G-band and Ca-H at high cadence full resolution with vector magnetograms. ??????4.8 x 4 seconds integration time needed in SP to increase the SNR a factor of 2 on the limb Time evolution of granular structures are ~ 1 min. 80"x120" maps will take 4 hours in total 5 positions (North, South, East, West, disc center) with no active regions. West limb have been only once observed and East limb never !!! At least high resolution G-band maps (1x1) to identify magnetic features. Scientific Objectives: ??????Objective: To characterize the temperature, dynamics and statistical distribution of polar coronal jets recently observed by XRT.
HOP 2 Programs: all fixed pointing at (0, 920) 24 Sep 12:14 - 15:59 Spicule observations in Mg b line with TRACE at 13:00 and 14:38 for about 40 minutes Request to SOT HOP Number 0002 G-band and Ca-H at high cadence full resolution with vector magnetograms. ??????4.8 x 4 seconds integration time needed in SP to increase the SNR a factor of 2 on the limb Time evolution of granular structures are ~ 1 min. 80"x120" maps will take 4 hours in total 5 positions (North, South, East, West, disc center) with no active regions. West limb have been only once observed and East limb never !!! At least high resolution G-band maps (1x1) to identify magnetic features. Scientific Objectives: ??????Objective: To characterize the temperature, dynamics and statistical distribution of polar coronal jets recently observed by XRT.
wavelength: 6302A Continuum Intensity cadence: -1 min fov: 45,162 images: 281 JavaScript Landing Page
