Description
Book SynopsisAccordingly, the main papers were presented in the following areas: magnetic properties of solids, applications to in organic chemistry, biochemical studies, amorphous systems, metal alloys, advances in high-resolution studies, and the new techniques for studying recoil-free spectra from isolated atoms in inert materials.
Table of ContentsInvestigation of Magnetic Moments in Metals by the Mössbauer Effect.- Spin Orientation Diagrams in Rare Earth Cubic Compounds.- 57Fe and 99Ru Mössbauer Studies of the Defect Structure and Magnetic Properties of Oxide Phases.- X-Ray Photoelectron Spectroscopy and Mbssbauer Effect, Complementary Techniques for the Study of Solids.- Consequences of Nuclear Transformations in Chemical Compounds Studied by the Mössbauer Method.- The Application of Mössbauer Spectroscopy to Biochemistry.- Mössbauer Studies of an Enzyme System: Putidaredoxin and Cytochrome P450.- Interpretation of Mössbauer Isomer Shifts and Quadrupole Splittings of Ferrous Hemoglobins by Ligand Field and Molecular Orbital Theory.- The Study of Inert-Gas Matrix Isolated Atoms.- A Study of the Mössbauer Effect for Gold.- Mössbauer Effect Studies of Phase Transitions.- The Study of Vibrations in Crystals Using the Rayleigh Scattering of Resonant Gamma Rays.- Mössbauer Studies of Aqueous Liquids and Glasses.- High-Resolution Mössbauer Spectroscopy with Tantalum-181.- Experiments with the Mössbauer Effect in 67Zn.- Mössbauer Effect — „Quo Vadis?“.- List of Contributed Papers.
