[出版社版]The metal nuclear NMR chemical shift is strongly influenced by the formation of the metal-metal direct bonding in polynuclear complexes of early transition elements, Mo,W, and Nb, in addition to the factors such as the oxidation number of the matal center and the nature of the metal-ligand bond, which are dominant factors for the shielding in mononuclear metal complexes
Metal–metal bonds can be difficult to characterize directly. We demonstrate that <i>J</i> couplings ...
Natural-abundance I5N nuclear magnetic resonance spectra of nitrogen-containing crown ethers, crypta...
The role of various factors (structure, solvent, and relativistic treatment) was evaluated for squar...
Author Institution: Central Research Department, E. I. du Pont de Nemours and CompanyProton magnetic...
95 Mo n.m.r. spectroscopic data for a variety of inorganic and organometallic compounds have been ob...
Relativistic effects play an essential role in understanding the nuclear magnetic resonance (NMR) ch...
The significant role of relativistic effects in altering the NMR chemical shifts of light nuclei in ...
This chapter provides an overview of first-principles computations targeted at NMR properties of tra...
The transition metal complexes with phosphido bridge have been widely used insynthesis of organometa...
Linear correlations of transition metal NMR chemical shifts with the logarithm of overall stability ...
International audienceMetal-bonded carbon atoms in metal–alkyl, metal–carbene/alkylidene, and metal–...
The theory of isotropic nmr chemical shifts produced by transition metal ions with unpaired electron...
Solid-state NMR spectroscopy has been used to obtain information about electronic structure and mole...
C-13 and P-31 Solid state NMR measurements on the organic ligands in ligated Au55, Ni8, Pt309, Cu36 ...
Abstract This thesis presents computational first-principles investigations of nuclear magnetic reso...
Metal–metal bonds can be difficult to characterize directly. We demonstrate that <i>J</i> couplings ...
Natural-abundance I5N nuclear magnetic resonance spectra of nitrogen-containing crown ethers, crypta...
The role of various factors (structure, solvent, and relativistic treatment) was evaluated for squar...
Author Institution: Central Research Department, E. I. du Pont de Nemours and CompanyProton magnetic...
95 Mo n.m.r. spectroscopic data for a variety of inorganic and organometallic compounds have been ob...
Relativistic effects play an essential role in understanding the nuclear magnetic resonance (NMR) ch...
The significant role of relativistic effects in altering the NMR chemical shifts of light nuclei in ...
This chapter provides an overview of first-principles computations targeted at NMR properties of tra...
The transition metal complexes with phosphido bridge have been widely used insynthesis of organometa...
Linear correlations of transition metal NMR chemical shifts with the logarithm of overall stability ...
International audienceMetal-bonded carbon atoms in metal–alkyl, metal–carbene/alkylidene, and metal–...
The theory of isotropic nmr chemical shifts produced by transition metal ions with unpaired electron...
Solid-state NMR spectroscopy has been used to obtain information about electronic structure and mole...
C-13 and P-31 Solid state NMR measurements on the organic ligands in ligated Au55, Ni8, Pt309, Cu36 ...
Abstract This thesis presents computational first-principles investigations of nuclear magnetic reso...
Metal–metal bonds can be difficult to characterize directly. We demonstrate that <i>J</i> couplings ...
Natural-abundance I5N nuclear magnetic resonance spectra of nitrogen-containing crown ethers, crypta...
The role of various factors (structure, solvent, and relativistic treatment) was evaluated for squar...