Paramagnetic Resonance: An Introductory Monograph, Band 1

Abragam absorption adiabatic approximation arising atom axes axis Berkele Berkeley Bloembergen calculation CALIFORNIA LIBRARY cavity Chapter component corresponding cos² crystal field crystal field theory crystalline Cu++ cubic dipolar dipole discussion effect electron resonance energy equations example exchange interaction experimental experiments factor flips frequency g value G. E. Pake gives gẞHo H₁ field Hamiltonian Hund's rules hyperfine coupling hyperfine structure iron group klystron lattice levels line shape M₂ magnetic field magnetic moment magnetic resonance magnitude matrix elements Mc sec-1 microwave molecular molecules N₁ nuclear magnetic nuclei number of electrons observed obtain octahedral oersteds oscillating paramagnetic ion paramagnetic resonance perturbation phonon Phys polarization quantum mechanical Remarks Ref result rotating frame sample saturation shell simple sin² spectrometer spectrum spin Hamiltonian spin-lattice relaxation spin-orbit coupling splitting symmetry T₁ temperature term tetragonal theoretical theory tion UNIVERSITY OF CALIFORNIA Van Vleck vector width wm'm Zeeman zero