David G. Cahill
Professor of Materials Science
MatSE 582: Surface Physics
Syllabus
Course schedule
schedule notes: lectures cancelled on Aug. 23, 30; Sept. 18, 20; Oct. 4, 25. Make-up lectures at 1-1:50 in 4101 MSEB on Sept. 13, 27; Oct. 11, 18; and Nov. 1, 15, 29.
Current literature for discussion
list of claimed Wikipedia topics for surface science
Grading and writing tips for papers
Slides
Diffraction
Ion scattering
Microscopy
Surface diffusion
Problem sets
2D crystallography, tube conductance, evaporation sources
2D diffraction
Electron spectroscopy
Ion scattering
Microscopy
Surface structures
Surface defects and crystal shape
Surface thermodynamics and adsorption
Jellium, work functions
Surface diffusion
Growth
Scope of quizzes
Sept. 13
Problem set #1; textbook pages 3-44.
Sept. 27
Problem set #2; textbook pages 47-74.
Oct. 9
Problem set #3; textbook pages 77-107.
Oct. 11
Problem set #4; textbook pages 109-142.
Oct. 18
Problem set #5; textbook pages 145-168.
Oct. 30:
Problem set #6; textbook pages 171-194.
Nov. 1:
Problem set #7; textbook pages 229-260.
Nov. 8:
Problem set #8; textbook pages 295-322.
Nov. 15:
Problem set #9; textbook pages 261-292.
Nov. 29:
Problem set #10; textbook pages 325-355.
Dec. 6:
Problem set #10; textbook pages 357-386.
Bibliography
Paper topics: techniques
Diffraction: kinematic theory
Surface diffraction
Near-field microscopy
Surface physics reviews, monographs, and textbooks
Spectroscopic techniques
Thermodynamics of interfaces
Tunneling microscopies
Useful introductions to surface science
Work functions
Links
Illinois Compass
Lecture notes
Mathworld at Wolfram
Crystal structures
Escher web sketch
2D space group applet
plane symmetry groups
RHEED
web-based module on diffraction
;
Ewald sphere applet
Atom probe
Surface explorer
x-ray reflectivity
Virtual journal of nanoscale science and technology
File translated from T
E
X by
T
T
H
, version 3.74.
On 28 Nov 2007, 09:30.