Sentence examples for neutral complex from inspiring English sources

The CuLH-2 species involved coordination of two deprotonated amide groups to give a neutral complex.

Most interestingly, at 1 1 ligand to precursor ratio, Pt 8 2+2 cation rearranges to Pt 8 Cl2 within one day, indicating that the neutral complex is thermodynamically more favorable.

This characterization allowed us to propose a structure of the type [Au CG(O) CG(N,O) Cl] for the neutral complex, which has the composition C52H84N2O12AuCl and is very soluble in water, methanol, ethanol and DMSO (dimethylsulfoxide).

Dc polarograms of lead in (4 — x M NaClO4 + xM NaBr (pH 2, HClO4) may be complicated by the adsorption of neutral complex PbBr2 on the surface of mercury electrode.

One of the bis tetrazolyl pyridine ligand coordinates to the Ru II) ion as a doubly deprotonated tetrazolate anion with a formal charge of −2 to form a neutral complex, which is coded as BTP dye, while the other bis methyltetrazolyl pyridine ligand coordinates to the Ru II) ion as a neutral ligand forming a divalent cationic complex, coded as BMTP dye.

In this contribution, we studied through experimental and relativistic DFT (R-DFT) calculations, the neutral complex fac-[Re(CO 3(1,10-phenanthroline-5,6-diol Cl] (B1,10-phenanthroline-5,6-diol Cl]ound for designing new fluorophores suitable for confocal microscopy specially in walled cells.

Selected examples on cationic and neutral complexes within the families of Pt and Ir complexes will be presented.

CF3-substituted pyrazolyl, CF3-substituted triazolyl, and tetrazolyl derivatives are employed as ligands in the three neutral complexes PYZ, TRZ, and TEZ dyes, respectively.

The new pentadentate and hexadentate chelators contain different types of donor groups and are expected to form neutral complexes with Cu II).

The neutral complexes, which possess potential doublet (DA) hydrogen bonding motifs, form supramolecular structures based on synthons involving hydrogen bonding or phenyl embraces.

The formation constants (log β11n) of neutral complexes have been determined to be 35.24 and 35.23, and the pLn (pLn = −log[Ln3+]) values of 16.63 and 18.57 for Eu3+ and Tb3+ ions, respectively, calculated at pH 7.4, indicating TMOM5OX is a good lanthanide synthetic chelator.