The depletion module. More...

Modules
module	depletion
	The predictor-corrector mechanism and solver encapsulation.

Functions/Subroutines
subroutine	deplete (solver_opts, lib, itot, n0, n, delta_t, source_term, flux, power, input_by_flux, is_adjoint, fixed_fission_energy, reprocessing_rate, feed_rate, adjoint_source_term_reaction, adjoint_source_term_decay)
	Perform a single depletion step (including the predictor/corrector mechanism). More...

subroutine	depletion_step (solver_opts, lib, itot, n0, n, delta_t, corrector, powrst, fluxst, source_term, flux, power, input_by_flux, is_adjoint, fixed_fission_energy, reprocessing_rate, feed_rate, adjoint_source_term_reaction, adjoint_source_term_decay)
	Run the solver once. More...

subroutine	powerflux (lib, itot, power, flux, concentrations, input_by_flux, fixed_fission_energy, is_adjoint)
	Convert power to flux or vice versa. More...

subroutine	fluxo (corrector, powrst, fluxst, flux, power, zero_flux_step, input_by_flux)
	Computes the average flux over a time interval using predictor corrector method, build the diagonal of the transition matrix (DIAG array), convert flux to power or vice versa, multiply A matrix off-diagoal elements by flux. More...

subroutine	powerf (lib, itot, factor, fission_rate, concentrations, zero_flux_step)
	Calculate the power-flux conversion factor, based on given fission rate and given concentrations. More...

Detailed Description

The depletion module.

Modules