LEC # | TOPICS |
---|---|
I. Introduction to Small Angle Neutron Scattering | |
1 | The Structure Factor |
2 | Coherent and Incoherent Scattering |
3 | Density Auto-correlation Function: G(r) |
4 | Time-dependent Extension: G(r, t) |
5 | Dynamic Structure Factor: S(Q, ω) |
6 | Relation Between the Dynamic Structure Factor and Inelastic Scattering |
7 | Small Angle Scattering of Neutrons |
II. Light and X-Ray Scattering–Static and Dynamic | |
8 | Light and X-Ray Scattering–Static and Dynamic |
III. Theory of Scattering from Biocontinuous Structures | |
9 | Debye Theory of Scattering from Two-Component Porous Media |
10 | Models for Debye Correlation Function for the Bulk Contrast Case |
11 | Debye Correlation Function for the Interface Contrast Case |
12 | Asymptotic Model Applicable to Analysis of Large Q Data |
13 | Quiz 1 |
IV. Static Structure of Liquids | |
14 | Canonical Ensemble |
15 | Chemical Potential and the Grand Canonical Ensemble |
16 | Thermodynamic Definition of Static Pair Correlation Function |
17 | Energy Equation of States |
18 | Virial Equation of States |
19 | Virial Expansion |
20 | Potential of Mean Force |
V. The Ornstein-Zernike Equation and Liquid Theories | |
21 | PY Solution for Hard Spheres |
22 | Thermodynamic Perturbation Theory |
23 | HNC Approximation |
24 | One-Component Macroion Theory (OCM) |
25 | Generalized One-Component Macroion Theory (GOCM) |
26 | Hard Spheres and Sticky Hard Spheres |
VI. Hard Sphere and Sticky Hard Sphere Systems | |
27 | Hard Sphere and Sticky Hard Sphere Systems |
VII. Coulomb Liquids | |
28 | Debye-Hückel Approximation |
29 | The Mean Spherical Approximation |
VIII. Ion Condensation Problem | |
30 | Ion Condensation of Planar Surfaces |
31 | Ion Condensation on Cylindrical Polyelectrolytes |
32 | Ion Distribution around Spherical Charged Particle |
33 | Quiz 2 |
Calendar
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Spring
2004
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assignment
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