We present the technical details and relevant performance aspects of a dielectric resonator-based electron paramagnetic resonance probe for stopped-flow kinetic studies. The major benefits of this system are: (1) It incorporates a small, high sensitivity resonator system that is insensitive to stopped-flow induced noisy transients. (2) The resonator system is cheap, robust, and easily assembled. (3) It contains a microwave coupling scheme that provides finesse in tuning and freedom from microphonics.
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Sienkiewicz et al. (1994) studied this question.
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