Chemical Generation and Reception of Radio- and Microwaves |
Contents
Magnetic Scenario of Chemical Reaction | 1 |
Magnetic Interactions in Chemical Reactions | 11 |
Magnetic Effects in Chemical Reactions | 25 |
Copyright | |
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Common terms and phrases
absorption amplitude B₁ BChl biradicals Buchachenko Chem chemical reaction chemically induced CIDNP component corresponds crystal diffusion electron spin emission exchange interaction excited external magnetic field field Bo Figure fluorescence Frankevich frequency geminate gẞH hyperfine structure intensity ion radical pairs ionization isotope selection k₁ ketone kinetic laser Lett lifetime liquid solutions magnetic field magnetic resonance micelles microwave microwave field microwave power molecular molecules mw pumping nonmagnetic nuclear polarization nuclear spin nuclei pair of paramagnetic paramagnetic paramagnetic species parameters particles photolysis Phys population Pristupa processes protons pulse quantum beats radiowaves rate constant reaction centers reaction products recombination probability relaxation result RYDMR method RYDMR spectra Sagdeev sample SDS-D SDS-H shown in Fig signal singlet SNP spectra spectrometer spectrum spin conversion spin dynamics spin evolution spin selective spin-lattice relaxation tetracene total spin transitions triplet excitons triplet-singlet conversion vector w₁ yield Zeeman level