Implements the longwave radiation from Seeley and Wordsworth, 2023 originally Jeevanjee and Romps, 2018 as outlined in #456.
Changes the timescale of tropopause relexation from 6hours to 24hours as 6 hours seems to be unstable at low resolutions. 24h is totally sufficient to prevent a pile-up of radiation in the top-most layer which would otherwise be the case because layer 1 cannot radiate into outer space with 0-flux boundary conditions at top and surface.
Implements the longwave radiation from Seeley and Wordsworth, 2023 originally Jeevanjee and Romps, 2018 as outlined in #456.
Changes the timescale of tropopause relexation from 6hours to 24hours as 6 hours seems to be unstable at low resolutions. 24h is totally sufficient to prevent a pile-up of radiation in the top-most layer which would otherwise be the case because layer 1 cannot radiate into outer space with 0-flux boundary conditions at top and surface.