synthesizAR models#

Analytical models for loop physics, geometry, etc.

Functions#

`b_over_l_scaling`(strand[, H_0, alpha, beta, ...])	Heating rate dependent on the strand length and average field strength along the strand,
`cargill_cooling_time`(strand, heating_rate)	Estimate loop cooling time for a given heating rate.
`free_magnetic_energy_density`(strand[, ...])	Calculate available free energy of the magnetic field using Eq.
`guennou_dem`(temperature, T_max, EM_max, ...)	Analytical DEM model of Guennou et al. [GAuchereK+13] comprised of power-law and Gaussian components.
`mikic_magnetic_field_profile`(s, length, ell, ...)	Magnetic field strength along a strand as prescribed by Eq.
`semi_circular_arcade`(length, width, ...)	Generate an arcade of `num_loops` of full length `length` evenly spaced in over an HGS angular width of `width` centered on a location specified by `observer`
`semi_circular_bundle`(length, radius, ...)	Generate a cylindrical bundle of semi-circular strands.
`semi_circular_loop`(length, s[, observer, ...])	Generate coordinates for a semi-circular loop

`Isothermal`(s, r, temperature, pressure0)	Hydrostatic loop solutions for an isothermal atmosphere
`MartensScalingLaws`(s, loop_length, ...[, ...])	Coronal loop scaling laws of Martens [Mar10].
`RTVScalingLaws`(loop_length[, pressure, ...])	Coronal loop scaling laws of Rosner et al. [RTV78].