fdtd

Directory: Applications
Plat: matlab
Size: 5904KB
Downloads: 2
Upload time: 2018-01-09 17:39:48
Uploader: yr041301104
Description:   The code is applicable to the electromagnetics time domain finite difference method (FDTD) for Matlab simulation. Code development is based on Matlab programming language, because Matlab program is easy to use and practical, and most electronic engineers are familiar with Matlab language.

File list:
fdtd, 0 , 2017-12-29
fdtd\Appendix_A, 0 , 2017-12-29
fdtd\Appendix_A\fdtd_1d_code.m, 3184 , 2012-09-07
fdtd\Appendix_A\initialize_plotting_parameters.m, 836 , 2012-09-07
fdtd\Appendix_A\plot_fields.m, 353 , 2012-09-07
fdtd\Appendix_C, 0 , 2017-12-29
fdtd\Appendix_C\polar_plot_constant_phi.m, 3206 , 2012-09-07
fdtd\Appendix_C\polar_plot_constant_theta.m, 2418 , 2012-09-07
fdtd\Chapter_1, 0 , 2017-12-29
fdtd\Chapter_10, 0 , 2017-12-29
fdtd\Chapter_10\example_10_a, 0 , 2017-12-29
fdtd\Chapter_10\example_10_a\define_geometry.m, 606 , 2012-09-07
fdtd\Chapter_10\example_10_a\define_output_parameters.m, 1364 , 2012-09-07
fdtd\Chapter_10\example_10_a\define_problem_space_parameters.m, 2723 , 2012-09-07
fdtd\Chapter_10\example_10_a\define_sources_and_lumped_elements.m, 853 , 2012-09-07
fdtd\Chapter_11, 0 , 2017-12-30
fdtd\Chapter_11\calculate_and_display_farfields.m, 4054 , 2012-09-07
fdtd\Chapter_11\calculate_farfields_per_plane.m, 7067 , 2012-09-07
fdtd\Chapter_11\calculate_incident_plane_wave_power.m, 506 , 2012-09-07
fdtd\Chapter_11\define_sources_and_lumped_elements.m, 661 , 2012-09-07
fdtd\Chapter_11\display_transient_parameters.m, 4680 , 2012-09-07
fdtd\Chapter_11\example_11_a, 0 , 2017-12-29
fdtd\Chapter_11\example_11_a\define_geometry.m, 250 , 2012-09-07
fdtd\Chapter_11\example_11_a\define_output_parameters.m, 1352 , 2012-09-07
fdtd\Chapter_11\example_11_a\define_problem_space_parameters.m, 2718 , 2012-09-07
fdtd\Chapter_11\example_11_a\define_sources_and_lumped_elements.m, 661 , 2012-09-07
fdtd\Chapter_11\example_11_b, 0 , 2017-12-29
fdtd\Chapter_11\example_11_b\define_geometry.m, 303 , 2012-09-07
fdtd\Chapter_11\example_11_b\define_output_parameters.m, 964 , 2012-09-07
fdtd\Chapter_11\example_11_b\define_problem_space_parameters.m, 2712 , 2012-09-07
fdtd\Chapter_11\example_11_b\define_sources_and_lumped_elements.m, 663 , 2012-09-07
fdtd\Chapter_11\example_11_c, 0 , 2017-12-30
fdtd\Chapter_11\example_11_c\calculate_and_display_farfields.m, 4054 , 2012-09-07
fdtd\Chapter_11\example_11_c\calculate_domain_size.m, 5155 , 2012-09-07
fdtd\Chapter_11\example_11_c\calculate_farfields_per_plane.m, 7067 , 2012-09-07
fdtd\Chapter_11\example_11_c\calculate_frequency_domain_outputs.m, 2911 , 2012-09-07
fdtd\Chapter_11\example_11_c\calculate_incident_plane_wave_power.m, 506 , 2012-09-07
fdtd\Chapter_11\example_11_c\calculate_JandM.m, 4434 , 2012-09-07
fdtd\Chapter_11\example_11_c\calculate_material_component_values.m, 5164 , 2012-09-07
fdtd\Chapter_11\example_11_c\calculate_radiated_power.m, 1102 , 2012-09-07
fdtd\Chapter_11\example_11_c\capture_sampled_currents.m, 1320 , 2012-09-07
fdtd\Chapter_11\example_11_c\capture_sampled_electric_fields.m, 1826 , 2012-09-07
fdtd\Chapter_11\example_11_c\capture_sampled_magnetic_fields.m, 891 , 2012-09-07
fdtd\Chapter_11\example_11_c\capture_sampled_voltages.m, 473 , 2012-09-07
fdtd\Chapter_11\example_11_c\create_bricks.m, 670 , 2012-09-07
fdtd\Chapter_11\example_11_c\create_linear_index_list.m, 655 , 2012-09-07
fdtd\Chapter_11\example_11_c\create_PEC_plates.m, 1100 , 2012-09-07
fdtd\Chapter_11\example_11_c\create_spheres.m, 546 , 2012-09-07
fdtd\Chapter_11\example_11_c\define_geometry.m, 292 , 2012-09-07
fdtd\Chapter_11\example_11_c\define_output_parameters.m, 1803 , 2012-09-07
fdtd\Chapter_11\example_11_c\define_problem_space_parameters.m, 2711 , 2012-09-07
fdtd\Chapter_11\example_11_c\define_sources_and_lumped_elements.m, 623 , 2012-09-07
fdtd\Chapter_11\example_11_c\display_3D_geometry.m, 8474 , 2012-09-07
fdtd\Chapter_11\example_11_c\display_animation.m, 1435 , 2012-09-07
fdtd\Chapter_11\example_11_c\display_frequency_domain_outputs.m, 5009 , 2012-09-07
fdtd\Chapter_11\example_11_c\display_material_mesh.m, 414 , 2012-09-07
fdtd\Chapter_11\example_11_c\display_material_mesh_gui.m, 34430 , 2012-09-07
fdtd\Chapter_11\example_11_c\display_objects_mesh_in_animation.m, 2661 , 2012-09-07
fdtd\Chapter_11\example_11_c\display_problem_space.m, 11214 , 2012-09-07
fdtd\Chapter_11\example_11_c\display_sampled_parameters.m, 2656 , 2012-09-07
fdtd\Chapter_11\example_11_c\display_transient_parameters.m, 4680 , 2012-09-07
fdtd\Chapter_11\example_11_c\fdtd_solve.m, 769 , 2012-09-07
fdtd\Chapter_11\example_11_c\frequency_to_time_domain.m, 608 , 2012-09-07
fdtd\Chapter_11\example_11_c\initialize_animation_parameters.m, 6022 , 2012-09-07
fdtd\Chapter_11\example_11_c\initialize_boundary_conditions.m, 1240 , 2012-09-07
fdtd\Chapter_11\example_11_c\initialize_capacitor_updating_coefficients.m, 1966 , 2012-09-07
fdtd\Chapter_11\example_11_c\initialize_CPML_ABC.m, 14937 , 2012-09-07
fdtd\Chapter_11\example_11_c\initialize_current_source_updating_coefficients.m, 2260 , 2012-09-07
fdtd\Chapter_11\example_11_c\initialize_diode_updating_coefficients.m, 1660 , 2012-09-07
fdtd\Chapter_11\example_11_c\initialize_display_parameters.m, 2103 , 2012-09-07
fdtd\Chapter_11\example_11_c\initialize_farfield_arrays.m, 2697 , 2012-09-07
fdtd\Chapter_11\example_11_c\initialize_fdtd_material_grid.m, 1277 , 2012-09-07
fdtd\Chapter_11\example_11_c\initialize_fdtd_parameters_and_arrays.m, 688 , 2012-09-07
fdtd\Chapter_11\example_11_c\initialize_incident_field_updating_coefficients.m, 1257 , 2012-09-07
fdtd\Chapter_11\example_11_c\initialize_inductor_updating_coefficients.m, 1297 , 2012-09-07
fdtd\Chapter_11\example_11_c\initialize_output_parameters.m, 4317 , 2012-09-07
fdtd\Chapter_11\example_11_c\initialize_resistor_updating_coefficients.m, 1838 , 2012-09-07
fdtd\Chapter_11\example_11_c\initialize_sources_and_lumped_elements.m, 13048 , 2012-09-07
fdtd\Chapter_11\example_11_c\initialize_thin_wire_updating_coefficients.m, 2640 , 2012-09-07
fdtd\Chapter_11\example_11_c\initialize_updating_coefficients.m, 1820 , 2012-09-07
fdtd\Chapter_11\example_11_c\initialize_voltage_source_updating_coefficients.m, 2303 , 2012-09-07
fdtd\Chapter_11\example_11_c\initialize_waveforms.m, 2883 , 2012-09-07
fdtd\Chapter_11\example_11_c\object_drawing_functions.m, 36036 , 2012-09-07
fdtd\Chapter_11\example_11_c\plot_e_xy.m, 1361 , 2012-09-07
fdtd\Chapter_11\example_11_c\plot_e_yz.m, 1420 , 2012-09-07
fdtd\Chapter_11\example_11_c\plot_e_zx.m, 1408 , 2012-09-07
fdtd\Chapter_11\example_11_c\plot_h_xy.m, 1880 , 2012-09-07
fdtd\Chapter_11\example_11_c\plot_h_yz.m, 1942 , 2012-09-07
fdtd\Chapter_11\example_11_c\plot_h_zx.m, 1975 , 2012-09-07
fdtd\Chapter_11\example_11_c\polar_plot_constant_phi.m, 3206 , 2012-09-07
fdtd\Chapter_11\example_11_c\polar_plot_constant_theta.m, 2418 , 2012-09-07
fdtd\Chapter_11\example_11_c\post_process_and_display_results.m, 196 , 2012-09-07
fdtd\Chapter_11\example_11_c\run_fdtd_time_marching_loop.m, 851 , 2012-09-07
fdtd\Chapter_11\example_11_c\set_color_axis_scaling.m, 1356 , 2012-09-07
fdtd\Chapter_11\example_11_c\solve_diode_equation.m, 402 , 2012-09-07
fdtd\Chapter_11\example_11_c\time_to_frequency_domain.m, 643 , 2012-09-07
fdtd\Chapter_11\example_11_c\update_current_sources.m, 645 , 2012-09-07
fdtd\Chapter_11\example_11_c\update_diodes.m, 917 , 2012-09-07
fdtd\Chapter_11\example_11_c\update_electric_fields.m, 1266 , 2012-09-07
fdtd\Chapter_11\example_11_c\update_electric_field_CPML_ABC.m, 3135 , 2012-09-07

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