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..
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notebooks
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Absorption_profile_AlGaAs_GaAs_structure.py
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AlInP_nk.csv
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GaInP_nk.csv
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Ge-Palik.csv
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Ge_nk.csv
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Light_sources_examples.py
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MJ_solar_cell_3J_efficiency_map.py
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MJ_solar_cell_PDD_solver.py
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MJ_solar_cell_tutorial.py
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MJ_solar_cell_using_DA.py
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MJ_solar_cell_with_radiative_coupling.py
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Materials_Eg_vs_lattice_constant.py
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MgF-ZnS_AR.csv
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MgF_nk.csv
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Optical_constants_CPPB_model.py
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Optical_constants_RAT_of_ARC.py
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Optical_constants_RAT_of_ITO_films.py
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Optical_constants_ellipsometry_modelling.py
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Optical_constants_ellipsometry_modelling_2.py
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Optical_constants_using_SOPRA_db.py
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Optics_comparison_of_models.py
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PV_module_calculator.py
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Palik_GaAs_Eps1.csv
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Palik_GaAs_Eps2.csv
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Quasi3D_3J_solar_Cell.py
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Schrodinger_QW_absorption.py
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Schrodinger_QW_and_MQW.py
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SiCx_nk.csv
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SiGeSn_k.txt
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SiGeSn_n.txt
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SiGeSn_params.txt
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Tunnel_junction.py
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ZnS_nk.csv
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custom_materials_example.py
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ge_ellipsometry_data.dat
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in01gaas.csv
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kp_fit_effective_masses.py
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masks_cl.png
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masks_illumination.png
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masks_sq.png
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refractiveindex_info_db_example.py
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substrate_example.py
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