Constructing a novel asymmetric dielectric structure toward the realization of high-performance surface plasmon resonance biosensors

INIS

• performance 100%
• surfaces 100%
• resonance 100%
• asymmetry 100%
• plasmons 100%
• dielectrics 100%
• losses 45%
• width 18%
• refractive index 18%
• zinc oxides 18%
• comparative evaluations 9%
• range 9%
• energy 9%
• sensitivity 9%
• accuracy 9%
• layers 9%
• dna 9%
• interfaces 9%
• curves 9%
• thickness 9%
• gold 9%
• thin films 9%
• ethanol 9%
• viruses 9%

Engineering

• Performance 100%
• Dielectrics 100%
• Surface Plasmon 100%
• Biosensor 100%
• Realization 100%
• Losses 50%
• Full Width 20%
• Energy Engineering 10%
• Demonstrates 10%
• Thickness 10%
• Thin Films 10%
• Surfaces 10%
• Fields 10%
• Internals 10%
• High Sensitivity 10%
• Reflectance 10%
• Linearity 10%
• Refractive Index 10%
• Oxide Layer 10%
• Refractive Index Change 10%
• High Accuracy 10%

Material Science

• Surface Plasmon 100%
• Biosensor 100%
• Dielectric Material 100%
• Refractive Index 20%
• Zinc Oxide 20%
• Surface 10%
• Thin Films 10%
• Film Thickness 10%
• DNA 10%