- EIT calibrations and enhancements (C&E)
Team Representatives: Catura, Clette, Defise, Newmark
- Sensitivity Calibrations: Lemen, Catura, Defise,
Delaboudinière, Dere, Newmark
- Flat Fielding / Grid Calibrations: Clette (team leader),
Maucherat, Portier, Artzner
- High Resolution Imaging: Clette
- Offset Pointing (planning, operations, and analysis): Clette
- Focus, four-channel alignment: Artzner
- Rocket Studies: Moses
- Morphology and evolution of loops in the corona (quiescent
features)
Science Representatives: Lemen, Maucherat
- 3- D Reconstructions of Coronal Loops and their interactions:
Maucherat, Portier, Thompson
- Emerging, Submerging, and Canceling Flux: Dere, Gurman, Moses
- Analysis of Bright Points in EIT and SXT Data:
Catura, Lemen, Moses, Newmark, Thompson
- Differential Emission Measure with time
- Effective "Temperature"
- Comparison with MDI
- Energy Balance
- Active Region Analysis: Catura, Lemen, Neupert, Newmark
- Differential Emission Measure
- Effective "Temperature"
- Relationship of Energy Balance to photospheric B field
configuration (shear): Neupert, Cugnon, Moses, Thompson
- Evolution of Emission with time
- Correlation with Microwave Emission and other markers of solar
activity
- Relationship of flare occurrence to pre- and post-flare active
region evolution
- Dynamics of the network and relationships to the EUV corona:
Dere, Moses
- Evaluation of Loop Scaling Laws: Dere, Moses, Thompson
- Correlation of morphology at the base of large streamers with LASCO
data: Gabryl, Thompson
- Signatures of coronal heating
Science Representatives: Delaboudinière, Neupert
- Coronal oscillations (high time resolution, low spatial resolution,
full disk): Delaboudinière, Clette
- Signatures of waves (high time and spatial resolution on limited areas:
Clette, Neupert, Portier, Thompson
- Search for evidence of nanoflares (explosive events) in the corona:
Clette, Dere, Moses, Neupert, Portier
- Emerging, Submerging, and Canceling Magnetic Flux Regions:
Dere, Gurman, Moses
- Correlation of shear in coronal loops with heating and energy balance:
Neupert, Portier, Thompson
- Sources of the solar wind and interplanetary disturbances
Science representatives: Catura, Thompson
- Coronal Plumes: heating, time variability, and relation to wind:
Gurman, Catura, Newmark, Portier, Thompson
- Transient Events in the corona
- Counterparts of UV Explosive Events: Moses, Portier
- Pre- and post-CME structure in the low Corona:
Catura, Gurman, Howard, Michels, Thompson
- Evidence and timing of CME's in the low Corona:
Dere, Catura, Gurman, Howard, Michels, Thompson
- Prominence activation and eruption models: Michels
- Transient events above sunspots: Gurman, Moses
- Post-flare giant arches and association with CME's: Catura,
Howard
- Long-duration eruptive flares: Catura, Howard
- Relationships to coronal structures
- Evolution of EUV streamers: Catura, Howard, Michels,
Thompson
- Evolution of coronal hole boundaries: Moses, Maucherat
- Properties of He II emission and structures
Science representative: Delaboudinière
- He II source function
- Resonance scattering
- He II densities in near-optically thick limb prominences (absorption
above and below the the He II ionization limit at 228 Å):
Delaboudinière
- He II macrospicules - evolution, energetics, statistics:
Catura, Gurman
- Properties and evolution of the large scale corona
Science Representatives: Clette, Michels
- Correlation of morphology at the base of large streamers with LASCO
data: Gabryl, Howard, Moses, Thompson
- Average Radial Profile of the "background" corona:
Gabryl, Howard, Lemen, Moses, Newmark, Thompson
- Evolution of the Corona with the Solar Cycle:
Clette, Cugnon, Howard, Moses, Thompson
- Scale heights and densities of EUV corona and comparison of coronal
with LASCO/UVCS: Catura, Howard, Newmark, Thompson
- Differential rotation: Artzner
- Tomography of the large-scale corona: Dere
- EUV proxies and EUV source modeling
Science representatives: Cugnon, Neupert
- Correlation of integrated EIT Fluxes with SEM data (both calibration
and science objectives): Catura, Neupert, Newmark, Gurman
- Correlation of integrated EIT fluxes with global indices (ground-based
sunspot and facular indices): Clette, Cugnon, Gabryl, Newmark,
Thompson
- Correlation of EIT limb data with LASCO and ground-based forbidden
line data and comparison of: integrated EUV fluxes with ground-based
coronal indices: Neupert, Newmark
- EUV emission characteristics of spatially-resolved coronal/He II
features and correlation with: ground-based observations:
Gurman, Neupert, Catura