Degradation measured by EPR spectroscopy
The aim of this paper is to present a general overview of the diversity of EPR applications when it comes to degradation reactions.
The aim of this paper is to present a general overview of the diversity of EPR applications when it comes to degradation reactions.
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EPR Enabling Scientists to Break New Ground
Electron paramagnetic resonance is a well established technique for the direct detection of species with unpaired electrons. After 70+ years, the technique continues to deliver new breakthroughs and insights.
Electron paramagnetic resonance is a well established technique for the direct detection of species with unpaired electrons. After 70+ years, the technique continues to deliver new breakthroughs and insights.
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Photochemistry by EPR
EPR can detect, quantify and monitor the intrinsic photogeneration of short-lived speciesand is therefore extremely useful for detecting free radicals in photochemical reactions in polymer science, pharmaceuticals,environment, etc.
EPR can detect, quantify and monitor the intrinsic photogeneration of short-lived speciesand is therefore extremely useful for detecting free radicals in photochemical reactions in polymer science, pharmaceuticals,environment, etc.
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EMXnano Energy Storage Application Note
In this report, we demonstrate the applicability of the Bruker EMXnano benchtop setup for Li-microstructure detection during the charging process of a battery cell with metallic lithium as anode and LiCoO2 as cathode material.
In this report, we demonstrate the applicability of the Bruker EMXnano benchtop setup for Li-microstructure detection during the charging process of a battery cell with metallic lithium as anode and LiCoO2 as cathode material.
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