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International Materials Institute
for New Functionality in Glass

Glass Characterization & Structure Course

Introduction - Steve Martin, Iowa State University
Lecture 1 Review of Glass Transition, Formation & Structure pdf> video>
Lecture 2 Fundamentals of Glass Formation: Structural & Kinetic Approaches pdf> video>
R.A.M.A.N - Mario Affatigato, Coe College
Lecture 3 Vibrational Spectroscopy Studies of Glass Structures pdf> video>
Lecture 4 Other RAMAN Techniques, Peak Identification & Case Studies pdf> video>
Vibrational Spectroscopy Studies of Glass Structure - Laeticia Petit, Clemson University
Lecture 5 IR Spectroscopy Part 1 pdf> video>
Lecture 6 IR Spectroscopy Part 2
pdf> video>
Electronic Spectroscopy Studies of Glass Structure - Himanshu Jain, Lehigh University
Lecture 7 Fundamentals & Applications of X-Ray: Photoelectron Spectroscopy (XPS) Part 1 pdf> video>
Lecture 8 Fundamentals & Applications of X-Ray: Photoelectron Spectroscopy (XPS) Part 2 pdf> video>
Lecture 9 Applications of X-ray Photoelectron Spectroscopy (XPS) Part 3 pdf> video>
Lecture 10 EXAFS Studies of Glass Structure pdf> video, part 1>
Lecture 10 EXAFS Studies of Glass Structure pdf> video, part 2>
  XPS at Lehigh - Dr. Al Miller, Lehigh University video>
  Supplementary reading for XPS reading list>
N.M.R Studies of Glass - Steve Martin
Lecture 11 NMR Theory & Background Part 1 pdf> video, part 1>
Lecture 11 NMR Theory & Background Part 1 pdf> video, part 2>
Lecture 12 NMR Theory & Background Part 2 (same pdf as for lecture 11) pdf> video, part 1>
Lecture 12 NMR Theory & Background Part 2 (same pdf as for lecture 11) pdf> video, part 2>
Lecture 13 NMR Practice and Application of Diploar Nuclei pdf> video>
Lecture 14 NMR Pracice and Application of Quadrupolar Nuclei pdf> video, part 1>
Lecture 14 NMR Pracice and Application of Quadrupolar Nuclei pdf> video, part 2>
Neutron & X-ray Scattering Studies of Glass Structure - Alexis Clare, Alfred University
Lecture 15 Neutron & X-ray Scattering Studies of Glass - The Basics pdf> video, part 1>
Lecture 15 Neutron & X-ray Scattering Studies of Glass - The Basics pdf> video, part 2>
Lecture 16 Neutron & X-ray Scattering Studies of Glass - The Experiments & Mining: Part 1 pdf> no video available
Lecture 17 Neutron & X-ray Scattering Studies of Glass - The Experiments: Part 2 pdf> video, part 1>
Lecture 17 Neutron & X-ray Scattering Studies of Glass - The Experiments: Part 2 pdf> video, part 2>
Lecture 18 Neutron & X-ray Scattering Studies of Glass - The Experiments: Part 3 pdf> video, part 1>
Lecture 18 Neutron & X-ray Scattering Studies of Glass - The Experiments: Part 3 pdf> video, part 2>
Modeling & Simulation of Glass Structure - John Kieffer, University of Michigan
Lecture 19 Modeling & Simulation Overview pdf> video>
Lecture 20 Simulation Methodologies pdf> video>
Lecture 21 Force Fields pdf> video, part 1>
Lecture 21 Force Fields pdf> video, part 2>
Lecture 22 Information Retrieval & Application Examples no pdf video, part 1>
Lecture 22 Information Retrieval & Application Examples no pdf video, part 2>
Effect of Glass Formation - Kathleen Richardson, Clemson University
Lecture 23 Part 1: Thin Films A (slides 1-48) pdf> video, part 1>
Lecture 23 Part 1: Thin Films A (slides 1-48) pdf> video, part 2>
Lecture 24 Part 2: Thin Films B (slides 49-78 of lecture 23 above) pdf> video, part 1>
Lecture 24 Part 2: Thin Films B (slides 49-78 of lecture 23 above) pdf> video, part 2>
Lecture 25 Part 3: Photo Induced Structural Modification
(this new topic introduced in last 1/3rd of this lecture)
pdf> video>
Lecture 26 Part 4: Photo Induced Structural Modification - continued
( covers slides 15-56 from above)
pdf> video, part 1>
Lecture 26 Part 4: Photo Induced Structural Modification - continued
( covers slides 15-56 from above)
pdf> video, part 2>
Lecture 26 Part 4: Photo Induced Structural Modification - continued
( covers slides 15-56 from above)
pdf> video, part 3>

This material is based upon work supported by the National Science Foundation under Grant Number DMR-0844014.
Any opinions, findings, and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation.

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