文件名称:rcwa-2d_7_12_2012
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严格的衍射积分计算，实现光栅结构透过反射场2维分布的严格解计算，利用散射积分对耦合模方程进行严格计算解
衍射，光栅，场，二维，积分，散射矩阵，耦合模理论-Strict calculation of the diffraction integral, the grating structure is realized through the rigorous solution of the 2 dimensional distribution of the reflection field.
Diffraction, grating, field, two-dimensional, integral, scattering matrix, coupled mode theory
衍射，光栅，场，二维，积分，散射矩阵，耦合模理论-Strict calculation of the diffraction integral, the grating structure is realized through the rigorous solution of the 2 dimensional distribution of the reflection field.
Diffraction, grating, field, two-dimensional, integral, scattering matrix, coupled mode theory
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下载文件列表
rcwa_2d
.......\main_binary_grating_em_field.m
.......\main_binary_grating.m
.......\structures
.......\..........\square_gold_pillars_dch.m
.......\..........\peng_simple_dielectric_grating.m
.......\..........\rectangular_grating_mat.mat
.......\..........\simple_met_grating.m
.......\..........\square_gold_pillars.m
.......\..........\coaxial_apertures_array.m
.......\..........\pokus_zeta.m
.......\..........\hexagonal_grating.m
.......\..........\rectangular_grating.m
.......\..........\simple_grating.m
.......\..........\pokus_zeta2.m
.......\..........\MaxCosSin.m
.......\..........\test_grating.m
.......\..........\circle_with_cover.m
.......\..........\simple_grating2.m
.......\..........\structures_scripts
.......\..........\..................\equation_line.c
.......\..........\..................\hexagonal_grid_nvm.m
.......\..........\..................\rectangular_grid.m
.......\..........\..................\setup_hexagonal_grating.m
.......\..........\..................\hexagonal_grid.m
.......\..........\..................\grating_mesh.m
.......\..........\..................\equation_line2.m
.......\..........\..................\rectangular_grid_nvm.m
.......\..........\..................\setup_rectangular_grating.m
.......\..........\..................\cylinder_cover.m
.......\..........\..................\equation_line.m
.......\..........\..................\equation_line_.mexa64
.......\..........\test_antos_grating.m
.......\..........\test_weiss_grating.m
.......\..........\field_calculation_grating.m
.......\..........\peng_simple_dielectric_grating_more_layers.m
.......\rcwa_procedure.m
.......\open_all_results.m
.......\setup_dispersion.m
.......\rcwa_procedure_homogenous_layer.m
.......\License
.......\initialization_input_file.m
.......\help_control_file.m
.......\lib
.......\...\diffraction_efficiency.m
.......\...\transformation_4D_to_2D.m
.......\...\diff_total_solution.m
.......\...\sinc.m
.......\...\matrices_F_G_cylinder.m
.......\...\complex_polarization_basis.m
.......\...\optimalization_input.m
.......\...\S_matrix5.m
.......\...\fourier_rcwa2d_cylinder.m
.......\...\normal_vector_method.m
.......\...\matrices_F_G_rectangle.m
.......\...\MaxCosSin.m
.......\...\mnAlpha.m
.......\...\unused
.......\...\......\T_matrix_part_1.m
.......\...\......\inicialization_1.m
.......\...\......\T_matrix_part_2.m
.......\...\......\S_matrix.m
.......\...\......\inicialization_2.m
.......\...\......\S_matrix2.m
.......\...\......\T_matrix2_part_1.m
.......\...\......\T_matrix2_part_2.m
.......\...\fft2D.m
.......\...\S_matrix5_1.m
.......\...\another_diffraction_efficiency_order.m
.......\...\fourier_rcwa2d_cylinder_hexagonal.m
.......\...\save_all_results.m
.......\...\optimalization_output.m
.......\...\fact.m
.......\mex_files
.......\.........\alpha_beta_mex.mex
.......\.........\asr_fourier_2D_split_tb_mex.mexa64
.......\.........\asr_fourier_2D_mex.mexw64
.......\.........\alpha_beta_mex.mexw32
.......\.........\source
.......\.........\......\asr_fourier_2D_split_bt_mex.c
.......\.........\......\alpha_beta_mex.c
.......\.........\......\asr_fourier_2D_split_tb_mex.c
.......\.........\......\fm_conversion.c
.......\.........\......\source_mex.sh
.......\.........\......\asr_fourier_2D_mex.c
.......\.........\......\function_sum_results.c
.......\.........\asr_fourier_2D_mex.mexa64
.......\.........\asr_fourier_only_asr.m
.......\.........\function_sum_results.m
.......\.........\rectangular_grating_mat.mat
.......\.........\alpha_beta_mex.mexglx
.......\.........\asr_fourier_2D_split_tb_mex.mex
.......\.........\alpha_beta_mex.mexw64
.......\.........\fm_conversion.mexglx
.......\.........\asr_fourier_2D_split_tb_mex.mexglx
.......\.........\fm_conversion.m
.......\.........\asr_fourier_2D_split_bt_mex.mexa64
.......\.........\asr_fourier_2D_split_bt_mex.mex
.......\.........\asr_fourier_2D_mex.mexglx
.......\.........\asr_fourier_2D_split_bt_mex.m