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Gerd Meyer

    July 8, 1942

    This scientist has dedicated over 30 years to the solid-state chemistry of f-elements, profoundly influencing this research area. Their work centers on the synthesis, structures, and properties of solids and coordination compounds involving rare-earth and transition metals. With extensive publications and editorial contributions, their impact on the scientific community is significant.

    Grenzgänger der evangelischen Kirche
    Das Grosse Buch der Schönheit
    Inorganic chemistry in focus II
    Inorganic chemistry in focus III
    Formal institutions and informal politics in Central and Eastern Europe
    Inorganic Chemistry Highlights
    • 2006

      The book gives an introduction to the relationship between formal institutions and informal politics in Central and Eastern Europe between 1989 and 2005. The book wants to illucidate “what really happened” during and after the period of transformation within and beyond the formally institutionalised structures. How do informal practices influence the distribution of political power and the decision-making process? Which elements are more temporary, which are more permanent features of political life in these systems? The book is an introduction to the subject. It sets out to be innovative in the way it combines what is often separated in country studies—formal institutions and informal politics, like leadership styles, instrumental use of institutions, corruption, clientelism or the role of oligarchs.

      Formal institutions and informal politics in Central and Eastern Europe
    • 2006

      Metal clusters exist at the intersection of molecules and nanoparticles, embodying both molecular and nano-scale characteristics. This interdisciplinary field is rapidly expanding, with significant implications for chemistry, catalysis, materials science, and nanotechnology. The third volume in this series presents recent advancements in metal clusters through approximately 20 contributions that offer a comprehensive overview. Topics explored include inter-electron repulsion in transition series chemistry, stereochemical activity in heavier main group element compounds, and the nuances of close packing. Contributions also delve into praseodymium diiodide, centered zirconium clusters, titanium niobium oxychlorides, and trinuclear molybdenum and tungsten cluster chalcogenides. Other discussions cover the current state of (B, C, N)-compounds of calcium and lanthanum, polar intermetallics, rare earth Zintl phases, and structure-property relationships in intermetallics. The volume further addresses ternary and quaternary niobium arsenide Zintl phases, cation-deficient quaternary thiospinels, and innovative hybrid materials from salt inclusion synthesis. Additionally, it examines hydrogen bonding in metal halides, the synthesis and catalytic properties of titanium nitride nanoparticles, and new scintillation materials in borophosphate systems. With a focus on education, this volume is valuable for both students and specialists alike

      Inorganic chemistry in focus III
    • 2005

      Inorganic chemistry in focus II

      • 398 pages
      • 14 hours of reading

      Written specifically for scientists seeking an insight into this field outside of their own specific area of focus, this series offers a truly comprehensive overview of every area in inorganic chemistry. In this second volume, the editors have assembled an international team of experts who provide an unparalleled look at their latest research results in: reaction mechanisms aluminum(I) chemistry solid state chemistry transition metals structural chemistry and many related topics. For everyone wanting to stay abreast of developments in this increasingly specialized field.

      Inorganic chemistry in focus II
    • 2002

      Inorganic Chemistry Highlights

      • 324 pages
      • 12 hours of reading

      The book offers a comprehensive overview of inorganic chemistry, encompassing various research fields such as main group chemistry, organometallics, coordination chemistry, solid-state chemistry, and materials science. An international team of authors highlights significant advancements and discoveries in these sub-disciplines, providing scientists with a valuable resource to understand the breadth and depth of inorganic chemistry.

      Inorganic Chemistry Highlights