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課堂講稿

課程單元
1 Overview - Neutron Cross Sections and their Applications (PDF)
2 Neutron Sources (PDF)
3 Neutron Detection (PDF)
Angular and Energy Distributions after Single Collision
4 Phase Shift Analysis of Potential Scattering (PDF)
5 N-P Scattering - The Hydrogen Cross Section (PDF)
6 Energy Transfer in Elastic Scattering (PDF)
7 Thermal Neutron Inelastic Scattering, S(α, β) (PDF)
Neutron Distributions after Multiple Collisions
8 Direct Simulation of Particle Interactions I - Monte Carlo (PDF)
9 The Transport Equation (PDF)
10 Neutron Slowing Down (PDF)
11 Neutron Diffusion (PDF)
12 Criticality of Multiplying Media (PDF)

Supplemental Handout

Fission Discovery, Reactor Kinetics, 2-Group 2-Region Reactor (PDF)
Applications Involving Specific Aspects of Neutron Interactions and Distributions
13 Basic Concepts in Theoretical Neutron Dosimetry (PDF)
14 Direct Simulation of Particle Interactions II - Molecular Dynamics (PDF)

Supplemental Handout

Yip, S. "Atomistic Modeling of Liquids." In The Encyclopedia of Advanced Materials. Edited by David Bloor et al. Oxford, UK: Pergamon, 1994, pp. 161-163. ISBN: 0080406068.
15 Multiscale Materials Modeling (PDF)

Supplemental Handout

Yip, S. "Synergistic Science." Nature Materials 2, no. 1 (January 2003): 3-5.
16 Some Basic Concepts in Neutron Imaging (PDF)

Supplemental Handout

McFarland, Eric, and Richard Lanza. "Neutron Radiograph and Tomography: The Challenge of Using Non-Reactor Neutron Sources." (PDF) (Courtesy of Richard Lanza. Used with permission.)
17 Thermal Neutron Scattering Basics (PDF)
18 The Dynamic Structure Factor in Neutron Inelastic Scattering (PDF)
19 Course Review
20 Quiz
21 Guest Lecturer on Research Topics
22 Guest Lecturer on Research Topics (cont.)
23 Final Exam

 
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