Presents an adaptive approximation algorithm for general linear-multi-parametric optimization problems that generalizes prior methods to negative parameters and arbitrary sets, with structural results on parameter transformations and a negative result on approximability conditions.
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Shock waves from nonlinear steepening in the chromosphere drive spicules, transition to large-amplitude compressive MHD waves in the corona depending on field strength, produce PCDs, show period evolution from ~5 to >=10 minutes, and supply mass flux toward the solar wind.
Recurrent coronal jets show QPPs of 6-13 min periods driven by periodic reconnection, with flux periodicities and sub-cooling timescales implying persistent localized heating in fan-spine structures.
Derives polarization-dependent damping and heating rates for Alfvénic waves in two-fluid weakly ionized plasmas and simulates nonlinear ponderomotive effects and collisional dissipation.
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An Adaptive Algorithm for the Approximation of General Linear-Parametric Optimization Problems
Presents an adaptive approximation algorithm for general linear-multi-parametric optimization problems that generalizes prior methods to negative parameters and arbitrary sets, with structural results on parameter transformations and a negative result on approximability conditions.