`onix` – Salamèche: the burnup solver¶

Burn¶

These functions operate the depletion of the System and the BUCells for each microsteps and macrosteps.

`onix.salameche.burn_step`	Depletes the system for macrostep s.
`onix.salameche.burn_cell`	Depletes a BUCell for macrostep s.
`onix.salameche.burn_microstep`	Depletes a BUCell for microstep ss within macrostep s.

These functions build the depletion matrix.

`onix.salameche.get_xs_mat`	Builds the cross section matrix.
`onix.salameche.get_decay_mat`	Builds the decay matrix.
`onix.salameche.get_initial_vect`	Gets the initial density vector.

These functions implement the CRAM solver and verify the consistency of calculated density values.

`onix.salameche.CRAM16`	CRAM uses a Chebishev Rational Approximation Method of order 16 to compute the solution of the matricial depletion equation.
`onix.salameche.CRAM_reality_check`	This functions checks against negative and extremely small densities (same as onix.salameche.CRAM_density_check).
`onix.salameche.CRAM_density_check`	This function checks for extremely low densities and negative densities.