Lec 1 - AST 210/EE 213 Introduction, part A
AST 210/EE 213 Introduction, part A Applied Science & Technology 210 / Electrical Engineering 213: Soft X-Rays and Extreme Ultraviolet Radiation Lecture 1: Introduction, part A http://www.coe.berkeley.edu/AST/sxreuv/ Professor David T. Attwood, Electrical Engineering Professor in Residence, Professor Attwood's research interests include short wavelength electromagnetics, soft x-ray microscopy, coherence, and EUV lithography. [courses] [ee213] [fall2005]
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Channels: Electrical engineering
Tags: Education AST 213 webcast uc berkeley cal electrical engineering xray course class yt:quality=high
Uploaded by: berkeleyxrays ( Send Message ) on 04-09-2012.
Duration: 79m 10s
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Lecture list for this course
Lec 2 - AST 210/EE 213 Introduction, part B
Lec 3 - AST 210/EE 213 X-ray interaction with matter
Lec 4 - AST 210/EE 213 Radiation by an accelerated...
Lec 5 - AST 210/EE 213 X-ray scattering by a multi-...
Lec 6 - AST 210/EE 213 X-ray refractive index; ...
Lec 7 - AST 210/EE 213 Brewster's angle; Multilayer ...
Lec 8 - AST 210/EE 213 Multilayer applications
Lec 9 - AST 210/EE 213 Synchrotron radiation
Lec 10 - AST 210/EE 213 Bending magnet radiation
Lec 11 - AST 210/EE 213 Undulator radiation
Lec 12 - AST 210/EE 213 Undulator brightness and...
Lec 13 - AST 210/EE 213 Plasma physics
Lec 14 - AST 210/EE 213 Plasma physics (continued)
Lec 15 - AST 210/EE 213 Plasma waves
Lec 16 - AST 210/EE 213 Blackbody radiation
Lec 17 - AST 210/EE 213 High harmonic generation
Lec 18 - AST 210/EE 213 Lasers
Lec 19 - AST 210/EE 213 EUV and soft x-ray lasers
Lec 20 - AST 210/EE 213 Laser wavelength scaling
Lec 21 - AST 210/EE 213 Coherence, spatial and temporal
Lec 22 - AST 210/EE 213 Coherent undulator radiation
Lec 23 - AST 210/EE 213 van Cittert-Zernike Theorem
Lec 24 - AST 210/EE 213 Coherence. Zone plate...
Lec 25 - AST 210/EE 213 Zone plate imaging and...
Lec 26 - AST 210/EE 213 Spatial resolution and depth...