Paramagnetic Resonance: An Introductory Monograph, Band 1

absorption angular momentum applied approximation arising atom axes axis calculation called cavity Chapter comparable complex component condition consider corresponding coupling course crystal field cubic defined dependence determined direction discussion effect electron elements energy equations example exchange expect experimental experiments fact factor Figure frame frequency function given gives H₁ Hamiltonian hyperfine important interaction interest lattice leads levels magnetic field magnetic resonance magnitude matrix means measure mechanism microwave molecules moment motion Note nuclear nuclei observed obtain occur operator orbital paramagnetic resonance perturbation Phys physical possible present probability properties quantum quantum mechanical references relaxation result rotating sample saturation shell shows simple solution spectrum spin spin-orbit splitting structure suppose symmetry Table temperature term theory tion transition treated unit Vleck width York