Classical and uncatalyzed BZ oscillators show respectively canard-hidden and biphasic non-Arrhenius temperature scaling, and a waveform asymmetry parameter predicts period, amplitude, and phase-noise trends.
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The Belousov-Zhabotinsky reaction reveals two regimes of non-Arrhenius temperature scaling in relaxation oscillators
Classical and uncatalyzed BZ oscillators show respectively canard-hidden and biphasic non-Arrhenius temperature scaling, and a waveform asymmetry parameter predicts period, amplitude, and phase-noise trends.