Observation

Observation Details

Overview

Where

Groups: Mode, FOV, # spectra in map

Data Links

2014-10-10 00:05:05-00:25:18

HOP 269

Prominence-Coronal Cavity Systems: Cyclic Mass Transport and Magnetic Flux Emergence

x,y:	513",-541"
Max FOV:	101"x81"
Target:	Filament
Nearby Events

6302A Continuum Intensity	101"x81"	320 spectra
6302A Longitudinal Flux Density	101"x81"	320 spectra
6302A Transverse Flux Density	101"x81"	320 spectra
6302A Velocity 6301.5A	101"x81"	320 spectra

Level 1 Summary
Level 2 Summary
Level 1 Monthly
Level 2 Monthly
SP Cubes 2 MB

SOTSP: HOP 269

2014-10-10T00:05:05 to 2014-10-10T00:25:18

Science Goal: Prominence-Coronal Cavity Systems: Cyclic Mass Transport and Magnetic Flux Emergence

Program: Fast map 102x82", 1 side Q75

Target: Filament

xcen=513 ycen=-541

Instrument: SOTSP

HOP/JOP: 269

Description: Case 2 (filaments on the disk): Following HOP 139: Pointing Ideal targets: sections of on-disk filaments where/near which signatures of flux emergence can be identified, say, from SDO/HMI magnetograms. If no flux emergence signatures, please set the pointing at the center of a filament in the H-alpha image or at the center of the polarity inversion line in the magnetogram. Common for all: FOV=100"x82", sum=2x2 SP - Fast map (cycle 2), cadence=repeat Ca - cadence=4 minutes, Q=65 G-band - cadence=1 minute, Q=65 (A 1-min cadence is necessary for the calculation of the surface flows.) (A duration of 3-4 hours or more is expected)

Case 2 (filaments on the disk): Following HOP 139: Pointing Ideal targets: sections of on-disk filaments where/near which signatures of flux emergence can be identified, say, from SDO/HMI magnetograms. If no flux emergence signatures, please set the pointing at the center of a filament in the H-alpha image or at the center of the polarity inversion line in the magnetogram. Common for all: FOV=100"x82", sum=2x2 SP - Fast map (cycle 2), cadence=repeat Ca - cadence=4 minutes, Q=65 G-band - cadence=1 minute, Q=65 (A 1-min cadence is necessary for the calculation of the surface flows.) (A duration of 3-4 hours or more is expected)

Annotations:

Chief Observer

Zoe (RCO) ->Okamoto