Speaker: Toshikazu Miyoshi (U. Akron, USA)
Time：8:00am ~ 11:00am
Online:Zoom Conference 81029517149
Brief Biography:
This course covers NMR basic theories including magnetism of nuclear spins, vector models, spin state, spin operator, density matrix, spin Hamiltonian, calculation and operations of bulk magnetizations, pulse program, time evolution of density matrix, solution and solid-state NMR spectrum, effects of molecular dynamics on NMR line-shape, various two-dimensional pulse programs, NMR applications to material science, etc. This course aims at use of solution- and solid-state NMR in current and future research.
Schedule
Date | Class Contents |
Week 1, June 13th | 1. NMR and Magnetism of Nuclear Spins 2. One dimensional NMR 3. Fourier Transformation 4. Tips in NMR measurements
|
Week 2, June 17th | 1. Basic Theories in NMR 2. Nuclear Spin Interactions 3. Calculations and Operations for Bulk Magnetization
|
Week 3, June 24th | 1. Solution-state NMR spectrum 2. Solid-state NMR spectrum |
Week 4, July 1st | 1. Molecular Dynamics and NMR line-shape 2. Molecular Dynamics and Magnetic Relaxation 3. Molecular Dynamics and Pulse Program |
Week 5, July 8th | 1. Magnetization Transfer 2. Multi-dimensional NMR |
Week 6, July 15th | 1. Research Presentation |