Abstract
The importance of photochemical reactions proceeding through the formation of spin-correlated radical pairs is becoming increasingly apparent, due to their roles in biological magnetic field sensing and optoelectronic devices. Here, we consider the spin-dynamics of triplet born radical pairs under varying weak magnetic field conditions and in doing so provide a simplified model for understanding the low field effect by identifying triplet states that cannot undergo coherent mixing to singlet states in zero magnetic field.
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