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Overview Lecture on Basics of Frustrated Magnets - ABC of Neutron Scattering by Jason Gardner
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- 1 [Talk: Overview Lecture on Basics of Frustrated Magnets: ABC... of Neutron Scattering by Jason Gardner]
- 2 NIST Center for Neutron Research
- 3 Why Neutrons?
- 4 Bragg's Law
- 5 Scattering power
- 6 Imaging Techniques
- 7 The dynamic structural factor
- 8 Fluctuation Dissipation Theorem
- 9 Types of Scattering
- 10 Spin-wave Dispersion
- 11 Crystal Field Schemes
- 12 Quantum Probes of Frustrated Magnet
- 13 Using Pyrochlore examples to show what neutrons data looks likemainly Gd2Ti207 and Y 2 Mo207
- 14 Bulk Correlations
- 15 Gd - ion
- 16 Local and Bulk Probes
- 17 Why Study?
- 18 Susceptibility
- 19 Specific heat
- 20 Neutron Diffraction
- 21 Mossbauer
- 22 Muons
- 23 Diffuse Neutron Diffraction
- 24 Inelastic Neutron Scattering
- 25 ...and the Stannate
- 26 Neutrons -- NSE
- 27 What is happening? - Titanate
- 28 Y2Mo2O7 - Spinglass?
- 29 Y2Mo207 - Neutron PDF
- 30 NMR results
- 31 Y's Local Environment
- 32 Tb2Tl2O7
- 33 NMR Results
- 34 Tb2Tl2O7
- 35 Other Quantum Magnets
- 36 Acknowledgments
