Quantum Modeling of Spin-Selective Processes of the Triplet State

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Focusing on spin-selective processes in triplet excited states, this book explores the unique characteristics of the lower-energy triplet state and its three spin sublevels. It delves into zero-field splitting, the impact of spin-spin interactions, and the detection of microwave transitions through phosphorescence intensity changes, laying the groundwork for ODMR techniques. Additionally, it employs the quadratic response technique to estimate electric dipole activity in phosphorescent transitions and includes a thorough review of quantum chemistry theory alongside practical applications.