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A study of improving the performance of surface plasmon resonance based biosensors is presented in this book, which is achieved by reducing the noisy effects of optical modes such as Fabry-Pérot modes within the prism of the sensor. We showed that using single or multiple layers of anti-reflection coating on top of the biosensor prism helps the Fabry-Pérot mode propagate out of the prism easily and thus rids the equipment of the noisy effects to a significant extent.

Produktbeschreibung
A study of improving the performance of surface plasmon resonance based biosensors is presented in this book, which is achieved by reducing the noisy effects of optical modes such as Fabry-Pérot modes within the prism of the sensor. We showed that using single or multiple layers of anti-reflection coating on top of the biosensor prism helps the Fabry-Pérot mode propagate out of the prism easily and thus rids the equipment of the noisy effects to a significant extent.
Autorenporträt
Raiyan Abdul Baten is pursuing his PhD at the Human-Computer Interaction lab of University of Rochester, having completed his BSc from Bangladesh University of Engineering and Technology. He is passionate about visual storytelling, and is starting to find cats interesting.