In this course, it is proposed to give a good foundation to the underlying principles and simple applications of Electron Paramagnetic Resonance (EPR) Spectroscopy, along with a detailed exposition of the EPR spectrometer and how to record and analyze simple EPR spectra. First a short historical development will be given which encompasses the dis...
In this course, it is proposed to give a good foundation to the underlying principles and simple applications of Electron Paramagnetic Resonance (EPR) Spectroscopy, along with a detailed exposition of the EPR spectrometer and how to record and analyze simple EPR spectra. First a short historical development will be given which encompasses the dis...
Remembering the Masters: From Zeeman to Zavoisky
30mIntroduction to EPR spectroscopy
32mElectron-Nuclear Hyperfine Interaction? I
31mElectron-Nuclear Hyperfine Interaction II
39mMagnetic Moment in Magnetic Field? I
33mMagnetic Moment in Magnetic Field? II
28mEPR Instrumentations? II
23mEPR Instrumentations? I
49mEPR Instrumentations? III
33mEPR Instrumentations? IV
44mQuantum Mechanical Description of EPR? I
43mQuantum Mechanical Description of EPR? II
25mIntroduction to Spin Relaxation
39mTheory of First-order EPR Spectra? I
24mTheory of First-order EPR Spectra? II
23mHow to Analyse First-order EPR Spectra
50mHow to Record EPR Spectra
43mSecond-order Effects on EPR Spectra
40mPhotochemistry and EPR Spectroscopy
30mElectron Spin Polarisation? I
45mElectron Spin Polarisation? II
41mAnisotropic Interactions in EPR Spectroscopy
44mTheoretical Basis of isotropic Hyperfine Coupling
43mSpin Relaxation and Bloch Equations I
41mSpin Relaxation and Bloch Equations? II
46m