For more information on instrument training or capabilities, please contact Prof. Samples can be either dissolved in solution or in the solid state.ĮPR spectra can be analyzed using WinEPR software for data manipulation and analysis. The Department of Chemistry EPR spectrometer is available for users at Clemson University and outside institutions who work with paramagnetic or radical samples. Applications of EPR include: Kinetics of radical reactions. Spectra can be acquired in a range from ambient temperature to ~100 K. The Bruker EMXplus Spectrometer System uses EPR (Electron Paramagnetic Resonance) which is a very useful and powerful technique for studying samples that are paramagnetic (i.e. The EPR spectrometer in the Department of Chemistry is a Bruker EMX EPR X-band spectrometer equipped with an ER 4131VT variable temperature accessory. Organic radical species often containing C, N, or O.Inorganic species containing metal ions with unpaired electrons.Electron paramagnetic resonance (EPR) spectroscopy is a versatile and nondestructive analytical method that can give structural and dynamical information from ongoing chemical processes without influencing the processes. EPR spectroscopy measures the resonance frequencies of unpaired electrons that are typically found in samples with:
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