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Index

Index

1. Introduction to µSR, with hystorical notes
   1. A bit of history
   2. The muon
   3. Muon production
   4. How to produce a net spin polarization
   5. How to detect spin polarization
      • Longitudinal field
      • Transverse field
      • Setup
      • Calibrations
      • Data analysis: an introduction
   6. The muon fate at implantation
      • Muon sites
      • Muon interactions
   7. Paramagnetic species
      • Precession in the muonium state
      • Muonium detailed calculation
      • How to detect muonium
      • Precession in the radical state
      • Anisotropic muonium state
      • Isotropic muonium diffusion
      • How to simulate the radical
      • Avoided Level Crossing (ALC)
      • ALC simulation
      • How to experimentally detect ALC
   8. A special case: a muon with few nuclei
      • The FMuF center
      • FMu
      • DMu
      • FMu in longitudinal field
      • New thoughts on FMuF
   9. Magnetically ordered materials
      • Magnetic single crystal
      • Magnetic powders
      • Knight shift
   10. Relaxation functions
       • Kubo relaxation functions
       • A Gaussian distribution of Kubo relaxations
       • A simple prototype model of dynamical relaxation?
       • Master equations for the relaxation rates (from NMR)
   11. Superconductors
       • The London model
       • Pippard corrections: clean vs. dirty superconductors
       • The Ginzburg-Landau equations
       • The magnetic fluxoid
       • The Abrikosov lattice in type II superconductors
       • The field distribution in the flux lattice
       • The field distribution probed by muons
       • From muon rates to London penetration
       • Origin of the muon diamagnetic shift
       • Fitting Flux Lattices with a single Gaussian?
   12. Mulab: a matlab toolbox shareware
       • a mulab primer
       • mulab main tools
       • advanced Mulab topics
       • The internal structure of mulab: Globals
       • The internal structure of mulab: Flow between routines
       • The internal structure of mulab: Model functions
       • The suggested directory structure for mulab
       • How to install mulab
       • How to add a fit component to the mulab suite
       • Finer points about fit components
       • How to make an asymmetry multiplot
       • How to hack GUI windows
       • The mulab changelog
       • TODO list
       • How to see data at ISIS
       • Troubleshooting
       • Mulab 2.0 notes
       • Synopsis of 1.05 on day one
       • Double fit in Ver. 2.0
       • Linear Relations
       • How to recompile the *load.mex* routines
2. mujpy, the long and winding road to a python musr analysis suite

   • Installation instructions

3. Dipolar sums

   • Instructions for the python musa2 suite

4. Muon site determination

   • Muon Site Determination
   • Field at the muon site?

5. Varia

   • Use of Trim.SP and SRIM
   • Diffusion on a cubic lattice
   • Simulations of diffusion on a cubic lattice
   • [MuSR.OldMusite| old notes on mu site]]
   • MuSR.QuantumExpresso
   • MuSR.Wien2k
   • ASE initial trial
   • a collection of python hints
   • PyMinuit, how to install and use it
   • Install Musrfit
   • Notes on musrfit usage
   • Rotation of Pauli matrices
   • Setup, calibrations and analysis: more details
   • Initial phase in a TF experiment (GPS)
   • FFT Amplitudes
   • The time shape of the Pulsed Muon Beam
   • ISIS: MUSR
   • Notes for PSI
   • Download from ISIS
   • MuSR.MuChirp

6. Old Varia (next to wastebasket)

   • description of cctbx_source
   • cctbx initial trial
   • Muzen: a FORTRAN 77 & c analysis program (historical)

7. W.I.P.

   • Hypothesis on an ideal molecular magnet
   • MuSR.Polaron

8. Appendices

Index