SOTSP: HOP 171 Mag Field Structure
2010-10-03T10:05:37 to 2010-10-03T12:59:11
Science Goal: Magnetic Field Structure of Active Region from Photosphere to Chromosphere
Program: Fast deep mode, 2048 slit position
Target: Plage
xcen=-10 ycen=932
Instrument: SOTSP
HOP/JOP: 171
Description:
Request to SOT HOP Number 0171 1. Active Region (Sunspot Dynamics) BFI (CaII H) 56"x112" /20sec 432Mb/hr/2 BFI (G-band) 56"x112" /20sec 646Mb/hr/2 NFI (NaI or 5250A IVDG) 82"x 82" /20 sec 306Mb/hr SP (fast map) 82"x 82" (15min) once/hr 2. Dark Filament BFI (G-band) 110"x110", 2x2, /30sec 432Mb/hr/1.5 NFI (H-alpha 3 wl) 164"x 164",2x2, /30 sec 306Mb/hr*2 SP (fast map) 164"x 164" (30min) once/hr Other Instruments: Observations with DST at Hida Obs. and SFT at MTK campus 1. Active Regions * H-alpha 5 wavelength filtergraph (at Hida Obs.): ???@???@???@???@???@ Wavelength: -0.8, -0.5, 0.0, +0.5, +0.8 A ???@ ???@???@ ???@???@ Time cadence: 15 sec * Spectro-Polarimetry (at Hida Obs. and MTK campus): in the chromospheric He I and upper photospheric Si I lines near 1083 nm (full-stokes) 2. Dark Filaments * H-alpha 5 wavelength filtergraph (at Hida Obs.): ???@ Wavelength: -0.8, -0.5, 0.0, +0.5, +0.8 A ???@ ???@???@ ???@???@ Time cadence: 15 sec * Spectro-Polarimetry (at Hida Obs. and MTK camus): in the chromospheric He I and upper photospheric Si I lines near 1083 nm (full-stokes) Scientific Objectives: Chromospheric active phenomena, reconnections, coronal heating process and sunspot evolution that are all related with the solar magnetic field have become more clear by recent MHD simulations and high-resolution observations with the HINODE satellite. We intend to quantitatively verify the present models of such phenomena by simultaneous and high-cadence observations of diversified observation from the photosphere to the corona with the HINODE satellite and spectro-polarimetry observation at the Hida Observatory and the Mitaka Campus. This proposal aims to establish an observational picture of the magnetic field vector within and under active region sunspot or filaments. Active region filaments are particularly interesting because the fields are strong enough, and the filament structures are generally low enough in the solar atmosphere, that traditional Zeeman effect measurements of the field in the photosphere consistently show signatures characteristic of the magnetic structure of the filament at that level. It is now appropriate to attempt similar measurements of the photosphere below filaments coupled with simultaneous measurements of the filament structure at chromospheric temperatures and densities. The latter measurements of filaments on the disk are made possible by significant advances within the past few years toward interpretation of polarization measurements in chromospheric lines sensitive to both the Hanle and Zeeman effects If such measurements can be obtained with good spatial resolution, and then coupled to the proven measurements of the vector field in the photosphere below the filament, we hope to develop a glimpse of the actual 3-dimensional structure of the entire filament magnetic field system. To this end, Hida observatory will provide highly complementary data sets to Hinode, i.e., DST will take chromospheric full-stokes profiles in He I and upper photospheric ones in Si I lines near 1083 nm (MTK campus will take them, too). SMART telescope will also take full disk H-alpha Dopplergram with a spatial resolution of 1 arcsec.
Request to SOT HOP Number 0171 1. Active Region (Sunspot Dynamics) BFI (CaII H) 56"x112" /20sec 432Mb/hr/2 BFI (G-band) 56"x112" /20sec 646Mb/hr/2 NFI (NaI or 5250A IVDG) 82"x 82" /20 sec 306Mb/hr SP (fast map) 82"x 82" (15min) once/hr 2. Dark Filament BFI (G-band) 110"x110", 2x2, /30sec 432Mb/hr/1.5 NFI (H-alpha 3 wl) 164"x 164",2x2, /30 sec 306Mb/hr*2 SP (fast map) 164"x 164" (30min) once/hr Other Instruments: Observations with DST at Hida Obs. and SFT at MTK campus 1. Active Regions * H-alpha 5 wavelength filtergraph (at Hida Obs.): ???@???@???@???@???@ Wavelength: -0.8, -0.5, 0.0, +0.5, +0.8 A ???@ ???@???@ ???@???@ Time cadence: 15 sec * Spectro-Polarimetry (at Hida Obs. and MTK campus): in the chromospheric He I and upper photospheric Si I lines near 1083 nm (full-stokes) 2. Dark Filaments * H-alpha 5 wavelength filtergraph (at Hida Obs.): ???@ Wavelength: -0.8, -0.5, 0.0, +0.5, +0.8 A ???@ ???@???@ ???@???@ Time cadence: 15 sec * Spectro-Polarimetry (at Hida Obs. and MTK camus): in the chromospheric He I and upper photospheric Si I lines near 1083 nm (full-stokes) Scientific Objectives: Chromospheric active phenomena, reconnections, coronal heating process and sunspot evolution that are all related with the solar magnetic field have become more clear by recent MHD simulations and high-resolution observations with the HINODE satellite. We intend to quantitatively verify the present models of such phenomena by simultaneous and high-cadence observations of diversified observation from the photosphere to the corona with the HINODE satellite and spectro-polarimetry observation at the Hida Observatory and the Mitaka Campus. This proposal aims to establish an observational picture of the magnetic field vector within and under active region sunspot or filaments. Active region filaments are particularly interesting because the fields are strong enough, and the filament structures are generally low enough in the solar atmosphere, that traditional Zeeman effect measurements of the field in the photosphere consistently show signatures characteristic of the magnetic structure of the filament at that level. It is now appropriate to attempt similar measurements of the photosphere below filaments coupled with simultaneous measurements of the filament structure at chromospheric temperatures and densities. The latter measurements of filaments on the disk are made possible by significant advances within the past few years toward interpretation of polarization measurements in chromospheric lines sensitive to both the Hanle and Zeeman effects If such measurements can be obtained with good spatial resolution, and then coupled to the proven measurements of the vector field in the photosphere below the filament, we hope to develop a glimpse of the actual 3-dimensional structure of the entire filament magnetic field system. To this end, Hida observatory will provide highly complementary data sets to Hinode, i.e., DST will take chromospheric full-stokes profiles in He I and upper photospheric ones in Si I lines near 1083 nm (MTK campus will take them, too). SMART telescope will also take full disk H-alpha Dopplergram with a spatial resolution of 1 arcsec.
wavelength: 6302A Continuum Intensity cadence: -1 min fov: 320,162 images: 1015 JavaScript Landing Page
