Essays on Field-Effect Transistor

Proposal for enhancing the sensor performance or make nanowire sensor more selective and sensitive for cancer cells or for DNA.

Abstract An experiment to show how different amount of estrogen receptors requires detailed and sensitive procedures to reveal the difference between subtle in DNA binding affection. Si-NW biosensors better exposure in finding out nuclear withdrawals in cancerous cells. Extreme hypersensitive disclosure of protein-DNA synergy. A proposal in making Nanowire sensors being more selective and sensitive. Electrical implementation of Silicon-nanowire field-effect sensitive for usage in discovering cancer. Array relationship between receptors and nanowire sensors.

Introduction

[2] Cancer detection or finding cure for DNA disease have become two of the famous areas in medicine, which scientists are likely to investigate in. ...

INTRODUCTION

In recent times, there has been an intense exploration of the Tunneling field effects transistors. This is because it has been discovered to have the potential to offer a way out of many concerns, especially the power concerns, in nanoelectronics. “Graphene nanoribbon was recently discovered and has been deemed ideal for tunneling FETs,” [1]. For graphene nanoribbons tunneling transistors, the subthreshold swing has been investigated to be a nonlinear function of temperature. The graphene nanoribbon has been declared as the best candidate for tunneling field effect transistor owing to its compatibility with planar processing, direct and narrow band gap, and low ...