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08 Apr 2010 - 01 Mar 2024

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About this capture

COLLECTED BY

Organization: Alexa Crawls

Starting in 1996, Alexa Internet has been donating their crawl data to the Internet Archive. Flowing in every day, these data are added to the Wayback Machine after an embargo period.

Collection: Alexa Crawls

Starting in 1996, Alexa Internet has been donating their crawl data to the Internet Archive. Flowing in every day, these data are added to the Wayback Machine after an embargo period.

TIMESTAMPS

• Instructor: Prof. David T. Attwood Email: attwood@eecs.berkeley.edu
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• Co-listed at UC Berkeley as AST 210 and EECS 213
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• Fall semester 2005, August 30 to December 8, Tu/Th 2:10--3:30 PM
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• This class was broadcast live over Internet and electronically archived at Berkeley Webcast
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• New class in 2007: "Sychrotron Radiation for Material Science Applications". Click here for the new class website.
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• Textbook:

Soft X-Rays and Extreme Ultraviolet Radiation: Principles and Applications (Cambridge University Press) Table of contents Errata

New paperback edition will be available soon through the or ASUC bookstore (Cal Students).
If you have problem ordering the book, please contact us.

• Lecture material used in class:



1. Class Overview
2. Interaction physics
3. Radiation by an Accelerated Charge; Scattering
4. Wave Propagation and Refractive Index;Refraction and Reflection, Kramers-Kronig Relations
5. Multilayer Interference Coatings
6. Synchrotron Radiation
7. Physics of Plasmas, Basic Parameters, Fluid and Kinetic Descriptions
8. Line and Continuum Radiation
9. Waves in a Plasma; Non-Linear Processes in Plasmas; Black-Body Radiation
10. Laser-Produced and Discharge Plasmas; Compact Plasma Sources
11. High Harmonic Generation, Basic Processes, Quasi-Phasematching
    Flash Animation of HHG
12. EUV and Soft X-Ray Lasers
13. Cross-Sections, Spectral Bandwidth, Gain, Wavelength Scaling
14. Spatial and Temporal Coherence, Spatial and Spectral Filtering
15. Coherent Undulator Radiation
16. van Cittert-Zernike; Coherence Experiments
17. Zone Plate Formulas
18. Diffraction by Zone Plates and Pinholes, Resolution
19. DOF, Zone Plates Diffraction, Coherence Issues
20. Application of Zone Plate Microscopy
21. EUV Lithography

• Homework problems (Solutions available upon request)



Chapter 1	Chapter 6
Chapter 2	Chapter 7
Chapter 3	Chapter 8
Chapter 4	Chapter 9
Chapter 5	Chapter 10

Comments, suggestions, and corrections? Please contact us at sxreuv@coe.berkeley.edu.