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Simulation of GMR biosensor student : 葉諭昇 Professor : 許佳振

Simulation of GMR biosensor student : 葉諭昇 Professor : 許佳振. Fixed wavelength( 510nm )change incident angle. T. 510nm. 660nm. TiO₂. /2deg. /1deg. SU8. liquid. liquid. Glass. Glass. n. Slope : 0.13~0.17. Simulation of GMR device without nanogold particles. ∞ 50nm 60nm 0.5um ∞.

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Simulation of GMR biosensor student : 葉諭昇 Professor : 許佳振

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  1. Simulation of GMR biosensorstudent: 葉諭昇Professor: 許佳振

  2. Fixed wavelength(510nm)change incident angle T 510nm 660nm TiO₂ /2deg /1deg SU8 liquid liquid Glass Glass n Slope : 0.13~0.17

  3. Simulation of GMR device without nanogold particles. ∞ 50nm 60nm 0.5um ∞ TiO₂ SU8 liquid Glass

  4. SiO2 buffer thickness 50nm and Fixed wavelength(510nm) TiO₂ SU8 liquid Glass

  5. SiO2 buffer thickness 80nm and Fixed wavelength(510nm) TiO₂ SU8 liquid Glass

  6. Fixed wavelength(510) change liquid n without SiO2 buffer TiO₂ SU8 liquid Glass

  7. Fixed wavelength(510) change TiO2 thickness ∞ 50nm 120nm 0.5um ∞ TiO₂ SU8 liquid Glass

  8. TiO2 mode TiO2 thickness 60nm

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