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  1. Substitution reactivity of [Mo3 (µ3-O) (µ3-CCH3) (µ-O2CCHCl2 ...

    Jun 1, 2024 · Substitution reactivity of [Mo3(µ3-O) (µ3-CCH3) (µ-O2CCHCl2)6(CH3OH)3]O2CCHCl2 (Mo3) and the crystallization of a deca-molybdenum cluster [Mo10O10(μ3-O)8(μ-O)8(py)8] (py)2 …

  2. Synthesis, structure, and catalytic activity of new ...

    In the polyanion [CH2Mo4O15]3-, molybdenum metals are surrounded by two terminal and two bridging μ2-oxygen atoms, one μ4- bridging hydroxyl ligand and also one oxygen of the methanediol ligand is …

  3. Electron Crystallography Reveals Atomic Structures of Metal ...

    Jun 22, 2017 · Cite This:Inorg. Chem. 2017, 56, 14, 8128-8134 ADVERTISEMENT Info Metrics Inorganic Chemistry Vol 56/Issue 14 Article Cite ArticleJune 22, 2017 Electron Crystallography …

  4. Evolution of acid and basic sites in UiO-66 and UiO-66-NH

    Jun 1, 2019 · At the same time the OH stretching frequency remains practically unaffected which indicates the local geometric structure is preserved, i.e. the hydroxyls are of μ3 –OH type.

  5. Characterization of an Unexpected μ3 Adsorption of Molecular ...

    Precise description of the interaction between molecular oxygen and metal surfaces is one of the most challenging topics in quantum chemistry. In this work, we use low-temperature scanning tunneling …

  6. Melt-quenched glass formation of a family of metal ... - Nature

    Mar 6, 2024 · Pre-edge features of ZW-UiO-67, ZW-UiO-67·MSA and a g ZW-UiO-67·MSA resemble that of the UiO-67 parent, indicating that the 8-coordinated Zr 4+ ions [4 Zr-bridging O/OH (Zr–O μ3 …

  7. Synthesis Methods and Crystallization of MOFs - IntechOpen

    Feb 11, 2020 · We thus believe that the red shift of the Zr O μ3-O stretch in the UiO-66- n Ti crystals could be caused by the incorporation of the Ti 4+ in the [Zr O] clusters.