Applied Physics for Engineering
Price: 600.00 INR
ISBN:
9780199477630
Publication date:
03/05/2017
Paperback
240 pages
241.0x184.0mm
Price: 600.00 INR
ISBN:
9780199477630
Publication date:
03/05/2017
Paperback
240 pages
241.0x184.0mm
Applied Physics for Engineering is a textbook specially designed for first year engineering students. The book begins with a discussion on kinematics of electron motion in electric and magnetic field, electron optics, and quantum mechanics in exclusive chapters. This is followed by chapters on lasers, interference, polarization, and semiconductor physics. The last chapter of the book is devoted to certain advanced topics in physics such as nanoscience, microsensors, and MEMS.
Rights: World Rights
Description
Applied Physics for Engineering is a textbook specially designed for first year engineering students. The book begins with a discussion on kinematics of electron motion in electric and magnetic field, electron optics, and quantum mechanics in exclusive chapters. This is followed by chapters on lasers, interference, polarization, and semiconductor physics. The last chapter of the book is devoted to certain advanced topics in physics such as nanoscience, microsensors, and MEMS.
Table of contents
- Kinematics of Electron in Electric and Magnetic Field
- Electron Optics
- Quantum Mechanics
- Laser
- Interference
- Polarization
- Semiconductor Physics
- Advanced Topics
Features
- Presents a detailed discussion of pumping schemes in lasers
- Includes checkpoints that enable checking of concepts learned
- Provides solved problems, self-study questions and practice problems in every chapter
- Provides recapitulation at the end of each chapter for quick revision of concepts
Description
Applied Physics for Engineering is a textbook specially designed for first year engineering students. The book begins with a discussion on kinematics of electron motion in electric and magnetic field, electron optics, and quantum mechanics in exclusive chapters. This is followed by chapters on lasers, interference, polarization, and semiconductor physics. The last chapter of the book is devoted to certain advanced topics in physics such as nanoscience, microsensors, and MEMS.
Read MoreTable of contents
- Kinematics of Electron in Electric and Magnetic Field
- Electron Optics
- Quantum Mechanics
- Laser
- Interference
- Polarization
- Semiconductor Physics
- Advanced Topics