FINAL YEAR PROJECT - NURUL SUHADA BINTI AZIZ

    Activity: Technical Paper Preparation Final Report Preparation Method/procedure: Writing chapter 4 & chapter 5 Result: 1.3 _TP_FYP2_51223220076_MOLECULAR_ASSESSMENT_VIA_FINITE_ELEMENT_MODELLING_WITH_A_PLASMONIC_METALS.pdf

    Activity: Presentation week Method/procedure: Slide presentation preparation Result: 1.Presentation.pptx

    Activity: Presentation preparation Method/procedure: Design Banner Result: 1.   SUHADA BUNTING 2ft x 6ft.pdf  

    Activity: To identify the angle when plasmon resonance occurs for copper metal Method/procedure: 2-D Kretschmann configuration designated at COMSOL Multiphysics Result: 1.  Resonance angle for copper metal 2.  Surface conditions before resonance angle (30°) 3.  Surface conditions at resonance angle (44.6°) 4.  Surface conditions after resonance angle (50°)  

    Activity: To identify the angle when plasmon resonance occurs for silver metal Method/procedure: 2-D Kretschmann configuration designated at COMSOL Multiphysics Result: 1.  Resonance angle for silver metal 2.  Surface conditions before resonance angle (30°) 3.  Surface conditions at resonance angle (45.2°) 4.  Surface conditions after resonance angle (50°)  

    Activity: To identify the angle when plasmon resonance occurs for gold metal Method/procedure: 2-D Kretschmann configuration designated at COMSOL Multiphysics Result: 1.  Resonance angle for gold metal 2.  Surface conditions before resonance angle (30°) 3.  Surface conditions at resonance angle (44.3°) 4.  Surface conditions after resonance angle (50°)