Precise control over product structure is the goal of all chemical synthesis. In the field of
polymer synthesis, the structure of the resultant macromolecule is intimately linked to its …

The opening up of new markets, particularly in the Far East, is expected to increase the
industrial demand for more (and new) plastic materials. In turn, this will drive the need for …

Aiming at higher activities of group IV diamine bis (phenolate) catalysts in olefin
polymerization, ligands containing electron-withdrawing groups have been introduced. The …

A series of novel Ti (IV) complexes bearing new type of nonsymmetric amine-bis (phenolate)
tetradentate ligands, Me2NCH2CH2N [2-O-3-R1-5-t BuC6H2][CH2 (2-O-3-R2-5-t BuC6H2)] …

In this paper, we describe our recent results with three families of Ti (IV) complexes,
elaborating on their cytotoxic activity, hydrolytic behavior, and the potential connection …

A family of 17 iron (III) aminobis (phenolate) complexes possessing different phenolate
substituents, coordination geometries, and donor arrangements were used as catalysts for …

A tactical approach: C3-chiral ancillary ligands such as tris (oxazolinyl) ethane allow
stereocontrol in olefin polymerization (see scheme). An alkyl ScIII catalyst polymerizes 1 …

Aminobisphenols with side-arm donors are versatile tetradentate ligands that effectively
coordinate to the metal ions in a tripodal fashion. Most of the metal ions form electrically …

A series of nickel (II) hydride complexes supported by amido diphosphine ligands, including
symmetrical [N (o-C6H4PR2) 2]−([R-PNP]−; R= Ph, i Pr, Cy) and unsymmetrical [N (o …

Zirconium and titanium complexes with tridentate bis (phenolate)− donor (donor= pyridine,
furan and thiophene) ligands have been prepared and investigated for applications in …