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Post-Transition Metals compiles information on synthesis, properties, characterization, and potential applications of post-transition metals such as indium and gallium. These metals are important for their optical, structural, morphological, and electronic properties. This book provides an overview of the history as well as the physical, structural, optical, and chemical properties of post-transition elements. It also discusses methods for the detection and separation of these metals, including special methods for determining their presence in industrial and organometallic products. The information contained herein is useful for physicists, researchers, chemists, materials engineers, and students.
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This thesis by Marcus Ekholm explores the complex magnetism in transition metals and their alloys, using quantum mechanical simulations. The research focuses on elements like iron, nickel, and manganese, which are crucial in both technology and Earth's composition. The study highlights the intricate interplay between magnetic, structural, elastic, and chemical properties, especially under varying temperature and pressure conditions. Advanced theoretical methods, including DFT and LDA+DMFT, are employed to understand these interactions at a microscopic level. The work also examines the impact of alloying on magnetic interactions in compounds like NiMnSb. The research is aimed at scientists and researchers in materials science and physics, providing insights into the challenging task of predicting material properties from a fundamental perspective.
Magnetism. --- Transition metals. --- Magnetism --- Transition metals
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Semiconductors --- Transition metals --- Defects
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Transition metals --- Water --- Analysis
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