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Structure of Materials (Spring 2019) (M-I-T)
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The Crystalline State in 3D (M-I-T)
The Crystalline State in 3D (M-I-T)
Course:
Structure of Materials (Spring 2019) (M-I-T)
Discipline:
Applied Sciences
Institute:
MIT
Instructor(s):
Prof. Silvija Gradecak
Level:
Undergraduate
Structure of Materials (Spring 2019) (M-I-T)
Bragg's Law Review (M-I-T)
Continuous Network Model (M-I-T)
Descriptors: Concept and Function (M-I-T)
Diffraction Examples (M-I-T)
Translational Symmetry (M-I-T)
Diffraction from Crystals (M-I-T)
X-Ray Diffraction: Bragg's Law (M-I-T)
Generic Descriptors: Free volume (M-I-T)
X-Ray Diffraction: Introduction (M-I-T)
Generic Descriptors: Pair Distribution Function (M-I-T)
Glass Processing Methods (M-I-T)
Interactions of X-Rays and Atoms (M-I-T)
Introduction: The Crystalline State (M-I-T)
Network Modifiers (M-I-T)
Order/Disorder in Polymers (M-I-T)
Polymers: Chain-to-Chain End Distance, Part 1 (M-I-T)
Polymers: Chain-to-Chain End Distance, Part 2 (M-I-T)
Polymers: Random Walk Model (M-I-T)
Real Space and Miller Indices (M-I-T)
Reciprocal Space (M-I-T)