Advanced Solid-state Devices for Emerging Technologies provides a comprehensive overview of the transformative role played by nanotechnology in the development of solid-state devices for various applications, including efficient signal processing, power, data communication, sensor and IoT-enabled devices. The introductory section of the book provides the fundamental working principles of the solid-state devices for signal processing, energy harvesting and sensing of stimulants, highlighting their significance for addressing some of the present challenges. The book also discusses the key structures of the devices with different functional units, the role of basic and functionalized nanomaterials in enhancing their performance, with diverse applications potential for sensing, powering devices and signal processing. Other aspects covered include the experimental methods, procedures in determining the response parameters of the devices and the application of artificial intelligence in modelling and optimization of system parameters. The proposed book is useful for researchers, graduate students, and undergraduate students, working technical professionals in engineering and the sciences.

Key Features:

Discusses advanced materials and structures for developing emerging technologies for micro and nano applications
Development of efficient interfacing and signal processing circuits with the idea of machine learning-based sensor data and fault analysis
Covers open research challenges and the future scope of research directions on emerging micro to nano technology

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Yes, you can access Advanced Solid-state Devices for Emerging Nanotechnologies by Tarikul Islam,Shakeb Khan,Mohammad Khan,Monika Tomar,Shabana Mehfuz in PDF and/or ePUB format, as well as other popular books in Physical Sciences & Physics. We have over one million books available in our catalogue for you to explore.

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Index

Cover
Half-Title
Title
Copyright
Contents
About the Editors
List of Contributors
Chapter 1 Graphene and rGO-Based High-Performance Semiconductor Photodetectors Utilizing Al2O3 Thin Layer in Ultraviolet Range
Chapter 2 Electrochemical Analysis of MoS2–rGO Composites Using Screen-Printed Carbon Electrode for Supercapacitor Application
Chapter 3 PCB-Integrated High-Frequency Graphene FET Sensor for Nucleic Acid Detection in Communicable Disease Diagnosis
Chapter 4 Photocatalytic Electrochemical Fuel Cell with Nanomaterial-Enhanced Carbon Cloth Electrodes
Chapter 5 Rayleigh Wave–Based Surface Acoustic Wave Devices: Importance and Applications
Chapter 6 Semiconducting Metal Oxide–Based p–n Homojunction as a Potential Gas and Vapor Sensing Device: A Holistic Overview
Chapter 7 Piezoelectric MEMS-Based Sensors and Actuators: Current Status and Future Prospects
Chapter 8 Fabrication of a Piezoelectric Actuator for Microvalve Fabrication Using the Transfer Process
Chapter 9 Design and Development of Highly Flexible and Stable Capacitive Pressure Sensors Using Compressible Micropyramidal Dielectric Layer
Chapter 10 Graphitic Carbon Nitride–Enhanced Comb-Type Sensor for Online Moisture Detection in Transformer Oil
Chapter 11 Multifunctional Properties of (Sr,Mn)-Modified BaTiO3 Nanoceramics for Advanced Technologies
Chapter 12 First-Principles Insights into the Half-Metallic and Thermoelectric Properties of Vacancy-Ordered Halide Double Perovskite Rb2VCl6 A Spintronic and Energy Conversion Prospect
Chapter 13 Artificial Neural Network Modeling of Nanoporous Alumina Formed by Electrochemical Anodization
Chapter 14 Photonic Sensors and Machine Learning: Advancing Real-Time Optimization in Resource-Constrained Environments
Chapter 15 Mixed-Signal Conditioning Circuit for Linearizing any Non-Linear Sensor Output
Chapter 16 AI-Driven Control System for Linear Displacement SMA Actuator for 3D Printer Bed Leveling Automation
Chapter 17 Integer Linear Programming–Based Optimal PMU Placement for Reduced Synchronized Data Burden
Chapter 18 Testing Features of the Indigenous Protocol Testing Platform for Indian Smart and Static Energy Meters
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