nanoHUB-U: Principles of Electronic Nanobiosensors

nanoHUB-U: Principles of Electronic Nanobiosensors

Offering: 01a Section: Self Paced

Video
  • Lecture 2.6: Settling time Beating the Limits – Droplet Evaporation 1. Lecture 2.6: Settling time Bea… 0
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  • Outline 2. Outline 84.851518184851528
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  • A 'Mendeleev Table' for bionsensors 3. A 'Mendeleev Table' for bionse… 107.57424090757425
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  • Strategies to beat the diffusion limit 4. Strategies to beat the diffusi… 161.79512846179514
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  • Biomimetics: Droplet on a leaf and coffee stain 5. Biomimetics: Droplet on a leaf… 240.64064064064064
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  • Technology: Super-hydrophobic surfaces 6. Technology: Super-hydrophobic … 393.49349349349353
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  • Theory of droplet evaporation 7. Theory of droplet evaporation 537.03703703703707
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  • Supersensitive droplet sensor 8. Supersensitive droplet sensor 797.96463129796462
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  • How to create a droplet: Basics 9. How to create a droplet: Basic… 911.21121121121121
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  • Derivation of Young's Equation 10. Derivation of Young's Equation 1021.1211211211212
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  • Corrugation improves hydrophobicity 11. Corrugation improves hydrophob… 1201.4014014014015
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  • Droplet evaporation enhances sensitivity 12. Droplet evaporation enhances s… 1293.4934934934936
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  • Geometry of diffusion & phase space of biosensors 13. Geometry of diffusion & phase … 1385.0850850850852
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  • Response time for various geometries 14. Response time for various geom… 1419.3193193193195
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  • Conclusions 15. Conclusions 1439.9065732399067
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L2.6: Setting Time - Beating the Limits - Droplet Evaporation

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