Session 4. Helioseismology and the Solar Interior

Display, Monday, June 3, 2002, 9:20am-6:30pm, SW Exhibit Hall

4.01 An Image Merge For GONG+

C. G. Toner (National Solar Observatory), D. A. Haber (Univ. of Colorado), R. S. Bogart (Stanford Univ.), B. W. Hindman (Univ. Colorado)

4.02 Correcting GONG+ magnetograms for instrumental nonuniformities

R. Clark, F. Hill, C. Toner (NSO)

4.03 GONG+ Synoptic Magnetic Field Maps

K.L. Donaldson Hanna, J.W. Harvey (NSO)

4.04 Temporal Variation of Angular Momentum in the Solar Convection Zone

R. Komm, R. Howe, B. Durney, F. Hill (NSO)

4.05 Natural Interpolation and Consistent Extrapolation of Time Series arising from Dense Multi-Mode Spectra

J.W. Leibacher (National Solar Observatory)

4.06 Spatial Resolution of Merged GONG+ High-Degree Acoustic Spectra

K.J. Gressett, J.A. Pintar, C.G. Toner (GONG-NSO)

4.07 Enhanced facilities for local helioseismology with GONG+ images

T. Corbard, C. Toner, F. Hill (GONG/NSO)

4.08 New Results from GONG `classic' data

S. Kras, R. Howe, R. Komm, F. Hill (NSO)

4.09 Calculating the GONG and GONG+ leakage matrices -- latest improvements

R. Howe, F. Hill (NSO)

4.10 Simultaneous Velocity-Intensity Spectral and Cross-Spectral Fitting for Helioseismology

C. Barban, F. Hill (NSO)

4.11 Reduction of Systematic Errors in MDI Measurements

J. Schou, R.S. Bogart (Stanford)

4.12 Optimal masks for g-mode detection in MDI velocity data

R. Wachter (Physikalisch Meteorologisches Observatorium Davos), J. Schou, A. Kosovichev, P. H. Scherrer (Hansen Experimental Physics Laboratory, Stanford University), Phoebus Team

4.13 Study of a Rotating Sunspot and Statistics of Kinetic Helicity Near Sunspots' Surface By Local Helioseismology

J. Zhao, A. Kosovichev (W. W. Hansens Experimental Physics Laboratory, Stanford University)

4.14 Solar Subsurface Weather and Possible Giant Cell Signatures

D.A. Haber, B.W. Hindman, J. Toomre (JILA / Univ. of CO, Boulder), R.S. Bogart (Stanford Univ., CSSA-HEPL), F. Hill (NSO-NOAO)

4.15 Supergranule Rotation Rates and Lifetimes

D. H. Hathaway (NASA/MSFC)

4.16 Equilibrium And Instability Of Toroidal Field Bands And Rotational Jets In The Solar Tachocline

P. A. Gilman, M. Rempel, M. Dikpati (HAO/NCAR)

4.17 Numerical Simulations of Convective Overshoot

M. Rempel, M.P. Rast (HAO/NCAR)

4.18 Numerical Simulations of Supergranular Magnetoconvection

M.L. DeRosa, N.E. Hurlburt, D. Alexander (Lockheed Martin Solar and Astrophysics Laboratory), A.M. Rucklidge (Department of Applied Mathematics, University of Leeds)

4.19 Fluid Dynamic Explanation of Sunspots, Pores, Supergranulation, and their Relationship to the Solar Cycle

R. E. Falco (SET Enterprises, Inc.)