Thursday Afternoon 2
Time	Session	Location	Title
1530	SP44A	CC 221	Coronal Mass Ejections III (joint with SH) Presiding: D A Biesecker, NOAA Space Environment Center; B Welsch, Space Sciences Laboratory, University of California, Berkeley    [Abstracts]
1530	SP44A-01	CC 221	Roll Effect in Prominence Eruption Explained by Anisotropic Electrical Conductivity *G S Choe, C Z Cheng, S F Martin    [details]
1545	SP44A-02	CC 221	Flare Emission Onset in the Slow-Rise and Fast-Rise Phases of an Erupting Solar Filament Observed with TRACE *A C Sterling, R L Moore    [details]
1600	SP44A-03	CC 221	On the Relationship Among Magnetic Twist, Reconnection Rate and Acceleation in Solar Eruptions *J Jing, V Yurchyshyn, J Qiu, Y Xu, H Wang    [details]
1615	SP44A-04	CC 221	The Mass Properties of Coronal Mass Ejections: Evolution and Statistics *A Vourlidas, R Howard    [details]
1630	SP44A-05	CC 221	Preliminary Three Dimensional CME Mass and Energy Using Solar Mass Ejection Imager (SMEI) Data *B V Jackson, A Buffington, P P Hick, Y Yu, D Webb, D Mizuno, T Kuchar    [details]
1645	SP44A-06	CC 221	Relating heliospheric CME composition and associated flare magnitude *A Reinard    [details]