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Optical waveguide theory
Overview of attention for book
Table of Contents
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Book Overview
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Chapter 1
Introduction to Part I
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Chapter 2
Bound rays of planar waveguides
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Chapter 3
Bound rays of fibers
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Chapter 4
Pulse spreading
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Chapter 5
Fiber illumination and pulse shape
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Chapter 6
Nonuniform fibers
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Chapter 7
Material absorption
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Chapter 8
Leaky rays
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Chapter 9
Spatial transient
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Chapter 10
Bends
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Chapter 11
Diffraction phenomena
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Chapter 12
Introduction to Part II
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Chapter 13
Fundamental properties of modes
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Chapter 14
Waveguides with exact solutions
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Chapter 15
Weakly guiding waveguides
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Chapter 16
Circular fibers
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Chapter 17
Gaussian approximation for circular fibers
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Chapter 18
Noncircular waveguides
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Chapter 19
Gaussian approximation for noncircular fibers
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Chapter 20
Modes of perturbed fibers
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Chapter 21
Slowly varying waveguides
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Chapter 22
Illumination, tilts and offsets
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Chapter 23
Sources within fibers
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Chapter 24
Nonuniform fibers
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Chapter 25
Bends
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Chapter 26
Leaky modes
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Chapter 27
Radiation modes
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Chapter 28
Decomposition of the radiation field
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Chapter 29
Mode coupling
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Chapter 30
Local-mode coupling
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Chapter 31
Cross-talk
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Chapter 32
Introduction to Part III
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Chapter 33
Maxwell’s equations
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Chapter 34
Modal methods for Maxwell’s equations
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Chapter 35
Weak-guidance approximation
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Chapter 36
Modal methods for the scalar wave equation
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Chapter 37
Green’s function methods
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Chapter 38
Rays and local plane waves
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Chapter 39
Rays and asymptotic modal methods
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Chapter 40
Mathematical formulae
Overall attention for this book and its chapters
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Mentioned by
twitter
1
X user
syllabi
2
institutions with syllabi
patent
2
patents
wikipedia
4
Wikipedia pages
Citations
dimensions_citation
1419
Dimensions
Readers on
mendeley
287
Mendeley
Book overview
1. Introduction to Part I
2. Bound rays of planar waveguides
3. Bound rays of fibers
4. Pulse spreading
5. Fiber illumination and pulse shape
6. Nonuniform fibers
7. Material absorption
8. Leaky rays
9. Spatial transient
10. Bends
11. Diffraction phenomena
12. Introduction to Part II
13. Fundamental properties of modes
14. Waveguides with exact solutions
15. Weakly guiding waveguides
16. Circular fibers
17. Gaussian approximation for circular fibers
18. Noncircular waveguides
19. Gaussian approximation for noncircular fibers
20. Modes of perturbed fibers
21. Slowly varying waveguides
22. Illumination, tilts and offsets
23. Sources within fibers
24. Nonuniform fibers
25. Bends
26. Leaky modes
27. Radiation modes
28. Decomposition of the radiation field
29. Mode coupling
30. Local-mode coupling
31. Cross-talk
32. Introduction to Part III
33. Maxwell’s equations
34. Modal methods for Maxwell’s equations
35. Weak-guidance approximation
36. Modal methods for the scalar wave equation
37. Green’s function methods
38. Rays and local plane waves
39. Rays and asymptotic modal methods
40. Mathematical formulae
Summary
X
Syllabi
Patents
Wikipedia
Dimensions citations
This data is correct as of December 2015 - for more up to date information, please visit
https://opensyllabus.org/
So far, Altmetric has seen this research output assigned in
3
syllabi from
2
institutions on Open Syllabus Project.
Institution
Syllabi count
Course subject areas covered
Technical University of Mining and Metallurgy Ostrava
2
Earth Sciences, Biology
University of Essex
1
Unknown