Predicting and Interpreting Electron Paramagnetic ...

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Predicting and InterpretingElectron Paramagnetic resonance R. Hanson Centre for Magnetic resonance ,The University of Queensland, St. Lucia, Queensland, Australia, : Ph: +61-7-3365-3242, Fax: +61-7-3365-3833Summary1. Introduction into Computer Simulation of Continuous Wave (CW) EPR Spectra 2. Theory and Brief overview of Theory used in Calculating a Simulated EPR Field versus Frequency Swept Numerical Integration - Choice of Angular Transition Searching - Field Linewidth Optimisation Brief Product Overview of Xsophe3. Role of frequency (and temperature) in extracting spin Hamiltonian parameters structure interaction and Anisotropic Exchange interactions of parameters Distributions of g and A values - Examples - Low Spin Fe(III) and Co(II) Distributions of D and E Energy level crossings and anticrossings and looping transitions 4.

Multifrequency electron paramagnetic resonance (EPR) spectroscopy [1-7] is a powerful tool for characterising paramagnetic molecules or centres within molecules that contain one or …

  Interpreting, Electron, Predicting, Resonance, Paramagnetic, Electron paramagnetic resonance, Predicting and interpreting electron paramagnetic