Electromagnetic Theory and Plasmonics for Engineers
- Publisher: PHYSICS
- Availability: In Stock
- SKU: 48880
- Number of Pages: 772
Rs.1,490.00
Rs.1,850.00
Tags: advanced engineering , advanced plasmonics , applied electromagnetics , best books , Best Selling Books , electromagnetic analysis , electromagnetic and plasmonic integration , electromagnetic applications , electromagnetic concepts , electromagnetic design , electromagnetic engineering , electromagnetic field theory , electromagnetic fields , electromagnetic interactions , electromagnetic modeling , electromagnetic phenomena , electromagnetic studies , electromagnetic waves , engineering , engineering electromagnetics , engineering plasmonics , engineering principles , engineering theory , good books , Liudmila Nickelson , nanoengineering , nanophotonics , nanoscale plasmonics , optical engineering , optical plasmonics , photonics , plasmonic applications , plasmonic devices , plasmonic engineering , plasmonic engineering applications , plasmonic engineering research , plasmonic materials , plasmonic physics , plasmonic principles , plasmonic research , plasmonic sensors , plasmonic structures , plasmonic systems , plasmonic technology , plasmonic theory , plasmonics , surface plasmons , theoretical electromagnetics , theoretical plasmonics , wave theory
Electromagnetic Theory and Plasmonics for Engineers
Author: Liudmila Nickelson
Binding: Paperback
Paper Quality: White Paper
Category: Electromagnetic Theory, Plasmonics, Nano-Optics
Recommended For:
Graduate students, researchers, and engineers in Electrical Engineering, Nanophotonics, Applied Physics, and Material Sciences.
Key Points with Brief Descriptions:
-
Integration of EM Theory and Plasmonics:
Offers a modern fusion of classical electromagnetic theory with cutting-edge applications in plasmonics, especially relevant for nanoscale devices and systems. -
Advanced Yet Accessible:
Designed for engineers and physicists with a foundation in EM, the book balances rigorous theory with practical examples and real-world applications. -
Covers Key Topics in Depth:
Includes Maxwell’s equations, wave propagation, surface plasmons, nano-optics, metamaterials, and their relevance in sensing, imaging, and photonic circuits. -
Application-Oriented Learning:
Special emphasis on how plasmonics enhances electromagnetic wave interaction at the nanoscale, with use cases in biosensing, energy, and communication tech. -
Rich Mathematical and Visual Content:
Equipped with diagrams, simulations, and derivations that support conceptual clarity and problem-solving skills.
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Writer ✤ Liudmila Nickelson
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