本文主要探討金屬的光學性質對於介電物質與金屬的介面、金屬薄膜之表面電漿共振性質。本研究首先探討基礎的電漿原理和金屬的電磁效應，再透過光電儀器的設計和CMOS感光晶片軟體程式來實現金屬薄膜與玻璃的電漿共振效應；另一方面此實驗係由雷射、反射鏡、稜鏡與金屬薄膜樣本所構成，在金屬薄膜厚度與系統參數最佳化之下，得到穩定的SPR曲線；也將應用此金屬樣品進一步的量測不同入射波長的自然光來得到各個波長的SPR曲線，甚至加入生物因子來探討是否能夠達到量測監控的效果。

This text probes into metal optics character for lying between electric material and metal interface, surface plasmon resonance character of the metal membrane. First, the research probes into plasmon principle on the foundation and metal electromagnetic effect, then, through optics design of instrument and CMOS sensitization chip software procedure accomplish SPR effect between metal membrane resonate and the glass; This experiment department by laser, speculum, prism, a specimen of metal membrane, under thickness of the metal membrane and systematic parameter optimization, get the steady SPR curve; It will use this metal sample to measure the wavelength of different incident light to get each SPR curve, then will probe into the biological factor whether can achieve to monitor the measurable system.

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