TY  - BOOK
AU  - Safinaz Ahmed Abdelrahman Khaled 
AU  - Ahmed  Ghitas  , 
AU  - Magdy Yousef Amin , 
AU  - Shahinaz Yousef , 
TI  - Lyman alpha and h alpha solar activity monitoring from satellites and ground stations : : Space weather predictions and application / 
PY  - 2020///
CY  - Cairo : 
PB  - Safinaz Ahmed Abdelrahman Khaled , 
KW  - CMEs
KW  - Filament
KW  - Flare
N1  - Thesis (Ph.D.) - Cairo University - Faculty of Science - Department of Astronomy and Meteorology; Issued also as CD
N2  - This thesis studied the conditions of pre-eruptive filaments emerging  regions several hours before maximum phase of filament eruptions.The study focused on the Lyman Alpha flux of the solar disk. we  combined Lyman- Alpha flux with both H-Alpha and 171 Ao images from SDO  to have better explanation of filament 3D shape eruptions. Lyman-Alpha data  can provide early (precursor) detection on the disk, hours before  filament/prominence eruptions.In order to have a good understanding of the pre-eruption conditions we need to identify the conditions for each case of eruption. We have thus created a  list of filament eruptions and performed the allowing statistical study for it. This  Filament\ Prominence eruption list divides in to confined and ejective eruptions.  We use the solar dynamic observation SDO with AIA instrument 171  Ao) to determine the twist angle of the filament eruption for selecting confined  or ejective filament
ER  -