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The Study of Resonance Angle of Surface Plasma Waves in Different Air Films Thickness of Otto Configuration to Potassium Chloride
並列摘要
Subject of this paper is study with different air layer thickness changes to computer simulation , and find this new style Otto configuration to best air layer thickness of excitation surface plasma wave, and the entire simulation results for in-depth analysis and discussion. This paper use frustrated total internal reflection method combined with otto type configuration (gaas Prism-potassium chloride-copper metal film) (otto was the original Configuration of the basic configuration: Glass Prism-air-Metal film) to stimulate the metal surface plasma waves-the study of potassium chloride. The study configured in this study that the air layer thickness 60 (nm) when surface plasma waves produced has the best deep and narrow surface plasma wave resonance angle.
延伸閱讀
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- 吳柏毅（2010）。Using the Excitation Surface Plasma Waves by the Method of Optical Frustrated Total Internal Reflection in Kretschmann configuration to Room Temperature Water at Various Frequencies for Resonating angle influence Measurement〔碩士論文，健行科技大學〕。華藝線上圖書館。https://www.airitilibrary.com/Article/Detail?DocID=U0022-0207201015272600