John H. Matonic
Los Alamos National Laboratory(US)
Publications by Year
Research Areas
Radioactive element chemistry and processing, X-ray Diffraction in Crystallography, Crystallization and Solubility Studies, Metal complexes synthesis and properties, Organometallic Complex Synthesis and Catalysis
Most-Cited Works
- → High-Yield Synthesis and Single-Crystal X-ray Structure of a Plutonium(III) Aquo Complex: [Pu(H2O)9][CF3SO3]3(2001)87 cited
- → Structural Evidence for a New Metal-Binding Mode for Guanine Bases: Implications for the Binding of Dinuclear Antitumor Agents to DNA(1994)84 cited
- → Structural Characterization of a Plutonium(IV) Siderophore Complex: Single-Crystal Structure of Pu-Desferrioxamine E(2000)80 cited
- → Trigonal-lantern dinuclear compounds of diiron(I,II): the synthesis and characterization of two highly paramagnetic Fe2(amidinato)3 species with short metal-metal bonds(1997)74 cited
- → Triply Bonded Nb24+Tetragonal Lantern Compounds: Some Accompanied by Novel B−H···Na+Interactions(1998)73 cited
- → Highly distorted diiron(II, II) complexes containing four amidinate ligands. A long and short metal-metal distance(1997)73 cited
- → A New Type of Divalent Niobium Compound: The First Nb−Nb Triple Bond in a Tetragonal Lantern Environment(1997)71 cited
- → Transition metal (Mn, Co) and zinc formamidinate compounds having the basic beryllium acetate structure, and unique isomeric iron compounds(1997)69 cited
- → Reaction of Nitrogen Chelates with the [Rh2]4+Core: Bis-Chelate Products and Demonstration of Reversible, Chelate-Based Reduction Processes(1997)62 cited
- → An Efficient Reduction Process Leading to Titanium(II) and Niobium(II): Preparation and Structural Characterization of trans-MCl2(py)4 Compounds, M = Ti, Nb, and Mn(1995)60 cited