本論文是根據受挫式內部全反射 (frustrated total internal reflection;FTIR) 方法及利用稜鏡耦合Kretschmann組態(稜鏡—金屬薄膜層—待測層)及Otto組態(稜鏡—待測層—金屬薄膜層)對無機化合物(硫化氫、一氧化碳、四氟甲烷、二氧化硫、氰化氫)之表面電漿波的共振角與吸收深度量測。本研究也應用Fresnel Formula理論推導出三層反射率公式,並且利用MATLAB程式軟體進行電腦模擬。
This thesis are based on frustrated total internal reflection method and prism-coupled excitation configuration (i.e. Kretschmann configuration and Otto configuration) of SPW to the absorption of the resonance angle depth of surface plasma waves of the inorganic compounds (H2S, CO, CF4, SO2, HCN).This study also applied Fresnel Formula theory to derive the three layers reflectance formula. The MATLAB software was used to computer Simulation.