17 results on '"Riess, Jean"'
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2. Reversible, nitrogen-assisted migration of a phenyl group from phosphorus to iron in CpFe(CO)[PhP(OCH2CH2)2NH]+PF6-
3. Synthesis and molecular structure of an aminophosphoranide transition-metal adduct. First transition-metal derivative having a cyclic N-P(V)-M arrangement
4. Synthesis and molecular and crystal structure of bis(borane)cyclenphosphorane. First stable compound with a bipyramidally surrounded element having two quaternized apical nitrogen atoms
5. Activation of a carbon-hydrogen bond in an iron phosphoranide adduct. Unprecedented rearrangement and migration of a phosphorus-bound allyl group into an iron-bound vinyl group
6. Bis(borane)-cyclenphosphorane: a stable adduct in which two phosphorus(V)-bonded nitrogen atoms display donor character
7. Synthesis and molecular structure of the dissymmetric molybdenum.cntdot.molybdenum compound [(.eta.5-C5H5)2Mo2(CO)3(C6H5P(OCH2CH2)NH)]: first example of direct carbonyl-substitution in bis[(.eta.5-cyclopentadienyl)dicarbonylmolybdenum]
8. Synthesis and molecular structure of a transition-metal cyclamphosphoranide. A pentacyclic structure with the metal bridging a phosphorus-nitrogen bond
9. Coordination chemistry of cyclamphosphorane. Access to transition-metal cyclamphosphoranides. Crystal and molecular structure of dicarbonylcyclopentadienylmolybdenum cyclamphosphoranide complex
10. Oxygen-17 NMR as a tool for studying oxygenated transition-metal derivatives: first direct oxygen-17 NMR observations of transition-metal-bonded peroxidic oxygen atoms. Evidence for the absence of oxo-peroxo oxygen exchange in molybdenum(VI) compounds
11. Evidence for an oscillating intramolecular ligand exchange mechanism due to an alternation between two identically strong aliphatic hydrogen to palladium interactions
12. Bicyclic phosphoranes as precursors of mono- or bidentate eight-membered cyclic ligands. Coordination compounds with the metal in a cradle
13. First stable compound with a protonated phosphorus-bound nitrogen atom
14. Phosphorus Trioxide as a Tetradentate Ligand. II. Borane Complexes
15. P,P',Pā³,P[UNK]-Tetrakistricarbonylnickel(tetraphosphorus hexaoxide)
16. Phosphorus Trioxide as a Tetradentate Ligand. I. Transition Metal Complexes
17. Reactions of Phosphorus Trioxide with Some Compounds of the Group III Elements
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