Fabrication and Numerical Characterization of Infrared Metamaterial Absorbers for Refractometric Biosensors

Physics & Astronomy

• bioinstrumentation 89%
• spacers 84%
• absorbers 67%
• gold 63%
• silicon dioxide 62%
• refractivity 56%
• fabrication 49%
• characterization 45%
• spectral sensitivity 42%
• wavelengths 38%
• lithography 34%
• wafers 30%
• electron beams 29%
• mirrors 29%
• reflectance 28%
• sensors 24%
• augmentation 24%
• sensitivity 23%
• silicon 21%
• simulation 15%

Engineering & Materials Science

• Biosensors 100%
• Nanostructures 99%
• Metamaterials 96%
• Refractive index 71%
• Infrared radiation 70%
• Fabrication 60%
• Gold 58%
• Plasmonic metamaterials 56%
• Wavelength 47%
• Electron beam lithography 42%
• Silicon wafers 32%
• Mirrors 27%
• Labels 23%
• Sensors 13%

Chemical Compounds

• Refractive Index 52%
• Nanomaterial 51%
• Wavelength 38%
• Electron Beam 29%
• Liquid Film 26%
• Resonance 21%
• Reflection 21%
• Simulation 17%