Electronic Conduction : Classical and Quantum Theory to Nanoelectronic Devices / John P. Xanthakis

By:

Xanthakis, John P

Material type: Text

9780367639198

Subject(s):

Physics -- Electricity and electronics

DDC classification:

537.62 XanE

Summary: Electronic Classical and Quantum Theory to Nanoelectronic Devices provides a concise, complete introduction to the fundamental principles of electronic conduction in microelectronic and nanoelectronic devices, with an emphasis on integrating the quantum aspects of conduction. The chapter coverage begins by presenting the classical theory of conduction, including introductory chapters on quantum mechanics and the solid state, then moving to a complete presentation of essential theory for understanding modern electronic devices. The author’s unique approach is applicable to microscale and nanoscale device simulation, which is particularly timely given the explosion in the nanoelectronics field.

List(s) this item appears in: New Arrivals 01-15 December 2025, Vol. 06, Issue 32

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Holdings
Item type	Current library	Collection	Call number	Copy number	Status	Barcode
Books	Indian Institute of Technology Tirupati General Stacks	Physics	537.62 XanE (11853) (Browse shelf(Opens below))	Copy 01	Available	11853

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Previous	537.6 SchP Principles of Electrodynamics/	537.6 SchP Principles of Electrodynamics/	537.62 HamB3 (11569) Basic Semiconductor Physics [3rd ed.] /	537.62 XanE (11853) Electronic Conduction : Classical and Quantum Theory to Nanoelectronic Devices /	537.622 MIN MODERN SEMICONDUCTOR QUANTUM PHYSICS	537.622 RID/Q Quantum Processes in Semiconductors /	537.6221 BanP (11791) Physics of Semiconductors and Nanostructures /	Next

Electronic Classical and Quantum Theory to Nanoelectronic Devices provides a concise, complete introduction to the fundamental principles of electronic conduction in microelectronic and nanoelectronic devices, with an emphasis on integrating the quantum aspects of conduction. The chapter coverage begins by presenting the classical theory of conduction, including introductory chapters on quantum mechanics and the solid state, then moving to a complete presentation of essential theory for understanding modern electronic devices. The author’s unique approach is applicable to microscale and nanoscale device simulation, which is particularly timely given the explosion in the nanoelectronics field.

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