Mossbauer Spectroscopy and Its Chemical Applications
Advances in Chemistry Series No. 194 John G. Stevens, Editor University of North Carolina at Asheville Gopal K. Shenoy, Editor Argonne National Laboratory Based on a symposium jointly sponsored by the Divisions of Nuclear Chemistry and Technology and Inorganic Chemistry of the American Chemical Society. Latest research on an interdisciplinary technique useful to chemists, geologists, metallurgists, engineers, and biologists This 29-chapter volume focuses on the current state of the art of Mossbauer spectroscopy and deals specifically with the study of chemical bonding; environmental, biological, energy, and catalyst applications; and phase analysis. CONTENTS Halogen-Containing Compounds · Inorganic and Organometallic Compounds · Conversion Electron Mossbauer Spectroscopy · IonImplanted Alloys · Europium-151 and Thulium'169 · lron-57 Mossbauer Spectroscopy · Coal Characterization and Utilization · Pyrite and Coal · Victorian Brown Coal · Fossil Fuels and Petroleum Source Rock · Iron Oxides in Soil · The Steel Industry · Iron-Sulfur Clusters · Mossbauer Effect in Zinc-67 « Neptunium-237 Mossbauer Spectroscopy * Antimony-121 Mossbauer Spectroscopy · Iodine-127 Mossbauer Spectroscopy · Tellurium-125 and lodine-129 Study · Spin Crossover · Magnetic Phase Transitions · High-PressUre Spin-State Transformation · Magnetic Phase Transitions · Ferroelectric Phase Transition · Hydrogen Storage Materials • Battery Materials · Colloidal Catalyst Solutions · Mixed-Metal Catalysts · Medium-Pore Zeolite-Iron Catalysts · Oxidation Catalysts ·
