Earlier simulations based on a pre-event corona with a homogeneous density and temperature distribution at the lower boundary (i.e., solar surface) have been used to analyze the role of streamer properties in determining the characteristics of loop-like transients.
(Earlier simulations; based; on a pre-event corona with a homogeneous density and temperature distribution at the lower boundary) (Earlier simulations based on a pre-event corona with a homogeneous density and temperature distribution at the lower boundary (i.e., solar surface); have been used; to analyze the role of streamer properties in determining the characteristics of loop-like transients) (Earlier simulations based on a pre-event corona with a homogeneous density and temperature distribution at the lower boundary (i.e., solar surface); to analyze; the role of streamer properties in determining the characteristics of loop-like transients)
Earlier simulations Earlier simulations based on a pre-event corona with a homogeneous density and temperature distribution at the lower boundary (i.e., solar surface) Earlier simulations based on a pre-event corona with a homogeneous density and temperature distribution at the lower boundary (i.e., solar surface)
based have been used to analyze
on a pre-event corona with a homogeneous density and temperature distribution at the lower boundary
to analyze the role of streamer properties in determining the characteristics of loop-like transients
the role of streamer properties in determining the characteristics of loop-like transients