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| subroutine | sheath_module::init_sheath_mod (grid, sheath_mode) |
| | Initializes sheath module, i.e. memory allocation initialization of variables, and for sheath_mode==2 identification of vertex groups among the wall vertices. More...
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| subroutine | sheath_module::finalize_sheath_mod (sheath_mode) |
| | Finalize sheath module: deallocation of sheath variables. More...
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| subroutine | sheath_module::distribute_leftover_charge (iref, iref_max, solved, use_global_balance, sheath_elost_en, loss_shift, num_solved, num_failed, q_avail, delta_q, num_rebalanced) |
| | Distributes the leftover charge. More...
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| subroutine | sheath_module::calculate_sheath_dep (sheath_dep, sheath_dep_inv) |
| | This new version of the logical sheath adustment does three things: 1) compute use energy distribution of incoming electrons to find the new sheath potential and 2) loop over electrons and decide which ones penetrate the sheath. More...
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| subroutine | sheath_module::sheath_adjust_mode2_p2 (ipc) |
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| subroutine | sheath_module::find_sheath_pot (dep, loss_shift, iep0, loss, solved, sheath_dep, sheath_elost_en) |
| | Finds sheath potential at which the electron loss is (approx.) equal to the ion loss plus a given shift (loss_shift) More...
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| subroutine | sheath_module::sheath_diag_output (grid, i, ipc, sheath_dep, sheath_elost_en) |
| | Outputs some diagnostic data that helps to check the correctness of the algorithm that determines the sheath potential when sheath_mode==2. More...
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| subroutine | sheath_module::sheath_adjust_mode1 () |
| | Old sheath calculation (sheath_mode==1) Based on the electron and ion losses at the wall nodes a new value of the sheath potential is determined by adjusting the previous value by a certain amount --> feedback control loop. More...
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| integer | sheath_module::sheath_nep =100 |
| | number of energy grid bins for sheath calculation More...
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| real(kind=8), dimension(:,:,:), allocatable, target | sheath_module::sheath_en_max |
| | Parallel velo cutoff (normalized to sqrt(T_e)) for sheath potential calculation. More...
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| real(kind=8), dimension(:), allocatable, target | sheath_module::sheath_te_ev |
| | Initial wall temperature for normalization. More...
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| integer | sheath_module::sheath_nphi |
| | Number of poloidal planes for sheath potential. More...
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| real(8), dimension(:,:), allocatable, target | sheath_module::sheath_pot |
| | Sheath potential on the wall nodes. More...
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| real(8), dimension(:,:), allocatable, target | sheath_module::sheath_lost |
| | Total charge lost to the wall. More...
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| real(8), dimension(:,:), allocatable, target | sheath_module::sheath_ilost |
| | Ion charge lost to the wall. More...
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| integer | sheath_module::sheath_ngroups |
| | Number of vertex groups for sheath calculation. More...
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| integer | sheath_module::sheath_group_maxlen |
| | Max. number of members of a sheath vertex group. More...
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| integer, dimension(:), allocatable | sheath_module::sheath_igroup |
| | Index of group to which a wall vertex belongs. More...
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| integer, dimension(:), allocatable | sheath_module::sheath_group_len |
| | Number of vertices that belong to a group. More...
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| integer, dimension(:,:), allocatable | sheath_module::sheath_group_idx |
| | Indices of wall vertices that belong to a group. More...
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