SOTSP: HOP 322 w/ Hida @ AR 12578
2016-08-19T00:05:05 to 2016-08-19T00:37:26
Science Goal: Dark Filament and Photospheric Magnetic Field with coordinated observations between Hida Obs, Fuxian Solar Obs and Hinode
Program: Fast map, 164x164", 1-side, Q65, no repeat
Target: Active Region
xcen=-399 ycen=15
Instrument: SOTSP
HOP/JOP: 322
Description:
abstract of observational proposal Main Objective: Dark filaments on the disk and Photospheric magnetic field Scientific Justification: The main purpose of this plan is to investigate the evolution of fine structures of filaments and their relation with velocity field and magnetic field. If we are lucky enough, we could observe the magnetic reconnection and eruption. FSO group is used to study filaments by high resolution observations combined with simulations (e.g. NLFFF). But in this process, we need very good measurement of photospheric magnetic field. Therefore, 1m NVST at FSO does high resolution H-alpha imaging and 60cm DST at Hida Obs performs spectroscopy at chromospheric lines to measure the velocity, density and temperature of filaments. HINODE is hoped to obtain the distribution and evolution of photosphericmagnetic field with high accuracy. When the filament looks stationary, Hida/DST will occasionally take spectro-polarimetric data too in He 1083nm in order to directly confirm magnetic field configuration in the filament. request to SOT SP (fast map) 164"x164" (30min) twice/hr
abstract of observational proposal Main Objective: Dark filaments on the disk and Photospheric magnetic field Scientific Justification: The main purpose of this plan is to investigate the evolution of fine structures of filaments and their relation with velocity field and magnetic field. If we are lucky enough, we could observe the magnetic reconnection and eruption. FSO group is used to study filaments by high resolution observations combined with simulations (e.g. NLFFF). But in this process, we need very good measurement of photospheric magnetic field. Therefore, 1m NVST at FSO does high resolution H-alpha imaging and 60cm DST at Hida Obs performs spectroscopy at chromospheric lines to measure the velocity, density and temperature of filaments. HINODE is hoped to obtain the distribution and evolution of photosphericmagnetic field with high accuracy. When the filament looks stationary, Hida/DST will occasionally take spectro-polarimetric data too in He 1083nm in order to directly confirm magnetic field configuration in the filament. request to SOT SP (fast map) 164"x164" (30min) twice/hr
wavelength: 6302A Continuum Intensity cadence: 0 min fov: 164,162 images: 518 JavaScript Landing Page
