Nanosensors: Simulation, Fabrication, Sensitivity and Accuracy

This book discusses the nuances of innovative nanosensor development. Drawing upon ongoing research on nanosensors, it covers different simulation tools, synthesis and fabrication approaches, and measurement challenges for detection with higher sensitivity and accuracy, offering new and innovative insights in an expanding and growing field. This book discusses the nuances of innovative nanosensor development. Drawing upon ongoing research on nanosensors, it takes the reader throughout the process, from simulation and fabrication to developing commercial scale sensors using state-of-the-art nanomaterials such as carbon nanotubes, nanofluids and boron nanotubes. It incorporates different simulation tools, synthesis and fabrication approaches, and measurement challenges for detection with higher sensitivity and accuracy, offering new and innovative insights in a rapidly expanding and growing field. Students of nanotechnology, electronics, and electrical engineering will find this book useful. Key Features Provides insights into innovative sensor developments Gives readers an end-to-end overview of nanosensor development Introduces cutting-edge and commercially viable solutions