Session 57. Living with a Star

Display, Wednesday, June 5, 2002, 10:00am-7:00pm, SW Exhibit Hall

57.01 An Analysis of Hysteresis Effects in Solar Activity Variation

K. T. Bachmann, K. Nautiyal, V. te Velde (Oklahoma School of Science and Mathematics)

57.02 The Curious Behavior of the Secondary Maximum for Solar Cycle 23

H.E. Coffey, E.H. Erwin (NOAA NGDC)

57.03 Coronal Holes and Polar Crown Filaments During Polar Reversals

P. S. McIntosh (HelioSynoptics)

57.04 Comparing Sunspot Area and Sunspot Number as Proxies for Long-term Solar Irradiance Variation

S. D. Jordan (NASA Goddard Space Flight Center, Greenbelt, MD), A. G. Garcia (Coimbra Solar Observatory, Coimbra, Portugal)

57.05 EUV Irradiance Variations Measured with the SOHO Coronal Diagnostic Spectrometer over 4 Years of Solar Cycle 23

W. T. Thompson (L3 Com Analytics Corp., NASA/GSFC)

57.06 Predicting Total Solar Irradiance Using Sunspot Deficit Only

D.G. Preminger, S.R. Walton (San Fernando Observatory, Cal State Northridge)

57.07 Solar Irradiance Observations during Solar Cycles 22 and 23

O. R. White, G. de Toma (NCAR/HAO), G. A. Chapman, S. R. Walton, D. G. Preminger, A. M. Cookson (CSUN/SFO), K. L. Harvey (SPRC), W. C. Livingston (NSO/NOAO)

57.08 Solar Irradiance Variability - comparison of models and observations

P. A. Fox (HAO/NCAR)

57.09 The Contribution of Faculae and Network to Long Term Changes in the Total Solar Irradiance

S.R. Walton, D.G. Preminger, G.A. Chapman (San Fernando Observatory, Cal State Northridge)

57.10 Growth and Decay of Solar Active Regions

J.J. Dobias, G. A. Chapman, A.M. Cookson, D.G. Preminger, S.R. Walton (SFO/CSUN)

57.11 Simulating the Evolution of the Large-Scale Magnetic Field over Many Solar Cycles

J. L. Lean, Y. -M. Wang (Naval Research Laboratory)

57.12 Solar cycle variations in corona

E. E. Benevolenskaya (Stanford University)

57.13 A theoretical model for O⁺⁵ (O⁺⁷) ions in the fast solar wind

Y. Chen, R. Esser (Harvard-Smithsonian Center for Astrophysics), Y. Hu (University of Science and Technology of China)

57.14 A Magnetohydrodynamic Test of the Wang-Sheeley Model

S. A. Ledvina, W. P. Abbett, J. G. Luhmann (Space Sciences Lab, University of California, Berkeley)

57.15 Empirical densities, kinetic temperatures, and outflow velocities in the equatorial streamer belt at solar minimum

L. Strachan, R. Suleiman, A. V. Panasyuk (Harvard-Smithsonian Center for Astrophysics), D. A. Biesecker (NASA/GSFC and Emergent IT), J. L. Kohl (Harvard-Smithsonian Center for Astrophysics)

57.16 SOHO/SUMER Measurements of the Solar Coronal Helium Abundance

J. M. Laming, U. Feldman (NRL)