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Chapter 2Energy Relations
Chapter 3The Effects of Magnetic Fields on Living Organisms
Chapter 4Magnetic Complexes
5 other sections not shown
antiferromagnetic atomic nucleus axis biological molecules birefringence bivalent bonding called cations centre chemical reactions component crystalline field defined deformation density described determined diamagnetic diamagnetic substances dipole direction effect electric field electric susceptibility electromagnetic electron spins energy levels enzyme equation exchange energy exchange interactions experimental external magnetic field Fe2+ Fe3+ ferredoxin ferromagnetic free radicals functions heme hemoglobin increase induced investigations iron cation iron ions isotope ligands liquid crystals living organisms magnetic field acting magnetic field action magnetic field influence magnetic field strength magnetic ions magnetic moments magnetic properties magnetic susceptibility measurement membrane metabolic processes Mn3+ molecular molecules myoglobin nuclear magnetic observed occur octahedron oxygen oxygen molecule paramagnetic paramagnetic cations paramagnetic elements paramagnetic molecules physical plane polarization present protein quadrupole quantum radical pair ratio resonance Section shown in Fig singlet spin orientations structure subjected to magnetic symmetry take place tests tion triplet-excited uncompensated spins