2-D TMDC Field-Effect Transistors: Advanced 2-D TMDC Field-Effect Transistors: Device Physics, Engineering, and Python-Driven Simulation Toolkit for ... & Educators (Advanced Physics Textbooks)
by Eli Fischer
This textbook examines the device physics and engineering of advanced 2-D TMDC field-effect transistors. It equips researchers and educators with a Python-driven simulation toolkit to model and analyze these innovative devices, advancing knowledge in semiconductor physics and nanotechnology.
About This Book
This advanced physics textbook delves into the intricacies of 2-D TMDC field-effect transistors, focusing on their device physics and engineering principles. It provides a comprehensive resource for understanding these cutting-edge semiconductor devices.
The book covers essential concepts in 2-D materials and their applications in field-effect transistors, emphasizing practical engineering approaches. Readers will gain insights into the behavior and performance of these transistors through detailed explanations.
Included is a Python-driven simulation toolkit designed specifically for researchers and educators. This tool enables hands-on exploration and modeling of 2-D TMDC devices, facilitating deeper learning and experimentation in advanced physics contexts.
Aimed at those with a background in physics and engineering, the text serves as a valuable reference for academic and professional development in nanotechnology and semiconductor technology.
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