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Ambipolar materials represent a class of materials where positive and negative charge carriers can both transport concurrently. In recent years, a diverse range of materials have been synthesized and utilized for implementing ambipolar charge transport, with applications in high‐density data storage, field effect transistors, nanotransitors, photonic memory, biomaterial-based memories and artificial synapses. This book highlights recent development of ambipolar materials involving materials design, fundamental principles, interface modifications, device structures, ambipolar characteristics and promising applications. Challenges and prospects for investigating ambipolar materials in electronics and optoelectronics are also discussed. With contributions from global leaders in the field, this title will appeal to graduate students and researchers who want to understand the design, materials characteristics, device operation principles, specialized device application and mechanisms of the latest ambipolar materials.
Introduction and Fundamental Principles of Ambipolar Materials
Ambipolar Organic Polymers for Thin- film Transistors
Bilayer Structures with Ambipolar Properties
Halide Perovskites With Ambipolar Transport Properties for Transistor Applications
Blend Structures with Ambipolar Properties
Graphene: Preparation and Applications
Synthesis and Applications of Graphene Quantum Dots
Carbon Nanotube Synthesis and Applications
Mathematical Modelling and Simulations for Using Nanotubes and Graphene for Ultrafiltration and Molecular and Charge Transport
The Family of Two- dimensional Transition Metal Chalcogenides Materials
Controllable Synthesis of Two- dimensional Layered Transition Metal Chalcogenides and Their Heterostructures
Ambipolar Inorganic Two- dimensional Materials for Solar Cells
Ambipolar Transistors for Logic Operation
Ambipolar Two- dimensional Materials and Synaptic Devices for Neuromorphic Computing
Light- emitting Transistors With Ambipolar Materials
Ambipolar Materials for Gas Sensing
Non- volatile Bipolar Transistor Memory
Challenges, Possible Strategies and Conclusions