AI Article Synopsis
- The paper discusses the emergence of dynamic spin chemistry and its key concepts, including magnetic field effects (MFE), magnetic isotope effects (MIE), and the phenomena of CIDEP and CIDNP.
- It provides an overview of the historical development and current spectroscopic research related to MFE in laser-induced radical reactions.
- The authors explain the underlying theories of singlet and triplet state conversions, mechanisms for magnetic field effects, and summarize recent advancements in this research area for domestic scientists.
Article Abstract
Dynamic spin chemistry, including magnetic field effects (MFE), magnetic isotope effects (MIE), CIDEP and CIDNP, has become a research area. In the present paper, the authors briefly introduced the development history and the spectroscopic research state of magnetic field effects for the radical reactions induced by laser excitation. The possible reasons for magnetic field effects of the radical reactions, theories for the conversion of singlet and triplet states, and mechanisms of magnetic field effects were explained and the recent development state of magnetic field effects for the radical reactions was also introduced to domestic scientists.
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