simulating quantum dots, quantum wires, quantum wells, RTDs, MOSFETs, HEMTs, etc.

nextnano3_2004_08_24_source\123current_block.f90
...........................\123current_poisson.f90
...........................\123discretize_kp.f90
...........................\123get_k_points.f90
...........................\123grid_postprocessing.f90
...........................\123material_data_block_2.f90
...........................\123mod_gitter.f90
...........................\123mod_poisson.f90
...........................\123mod_polarizations.f90
...........................\123setup_kp_mat.f90
...........................\123structure_functions.f90
...........................\12read_import_data.f90
...........................\1D_bound_states.f90
...........................\1D_calc_resonance5.f90
...........................\1D_calc_special_dens.f90
...........................\1D_current.f90
...........................\1D_generate_optics.f90
...........................\1D_get_dim_2D_BZ.f90
...........................\1D_get_kind_hole.f90
...........................\1D_get_special_densities.f90
...........................\1D_integrate_current.f90
...........................\1D_kp_densities.f90
...........................\1D_mod_optics.f90
...........................\1D_optical_absorption.f90
...........................\1D_optical_matrix.f90
...........................\1D_optics_calc_kp_eigenvals.f90
...........................\1D_optics_update_kp.f90
...........................\1D_out_bulk_dispersion.f90
...........................\1D_out_routines.f90
...........................\1D_poisson.f90
...........................\1D_resonance_out3.f90
...........................\1D_setup_currentmatrix.f90
...........................\1D_sg.f90
...........................\1D_sg_special_densities.f90
...........................\1D_special_densities.f90
...........................\1D_write_data.f90
...........................\23discretize_sg.f90
...........................\23magnetic_functions.f90
...........................\23setup_sg.f90
...........................\23setup_sg_aniso.f90
...........................\2D_current.f90
...........................\2D_get_current.f90
...........................\2D_get_kpar.f90
...........................\2D_kp_densities.f90
...........................\2D_out_routines.f90
...........................\2D_poisson.f90
...........................\2D_setup_currentmatrix.f90
...........................\2D_shortcut_current.f90
...........................\3D_current.f90
...........................\3D_kp_densities.f90
...........................\3D_linear_poisson.f90
...........................\3D_mod_ignore_quantum_dens.f90
...........................\3D_mod_miccg.f90
...........................\3D_out_routines.f90
...........................\3D_poisson.f90
...........................\allocate_alloy_structures.f90
...........................\allocate_binary_models.f90
...........................\allocate_material_models.f90
...........................\allocate_one.f90
...........................\allocate_quantum_states.f90
...........................\allocate_quaternary_models.f90
...........................\allocate_ternary_models.f90
...........................\alloc_dirichlet_grid_points.f90
...........................\alloc_neumann_grid_points.f90
...........................\alloy.f90
...........................\alloy_param_type.f90
...........................\amult.f90
...........................\apply_dirichlet_to_cluster.f90
...........................\apply_mixed_to_cluster.f90
...........................\apply_neumann_to_cluster.f90
...........................\apply_ohmic_to_cluster.f90
...........................\apply_schottky_to_cluster.f90
...........................\arnoldi_complex_routines.f90
...........................\arpack_complex.f
...........................\arpack_real.f
...........................\band_shift.f90
...........................\barrier_for_schottky.f90
...........................\base_doping_func.f90
...........................\belongs_to_cluster_grid_points.f90
...........................\bicg_templates.f90
...........................\bilinear.f90
.................

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