Anionic redox-active ligands such as o-amidophenolates, catecholates, dithiolenes, 1, 2-
benzendithiolates, 2-amidobenzenethiolates, reduced α-diimines, ferrocenyl and …

Conspectus Aluminum is the most abundant metal in the earth's crust at 8%, and it is also
widely available domestically in many countries worldwide, which ensures a stable supply …

Valence tautomerism (VT) and spin crossover (SCO) are promising avenues for developing
a range of molecular materials for sensing, memory, and optoelectronic applications …

N-alkylation and N-metallation of pyridine are explored herein to understand how metal-
ligand complexes can model NAD+ redox chemistry. Syntheses of substituted …

Controlling electronic coupling between multiple redox sites is of interest for tuning the
electronic properties of molecules and materials. While classic mixed-valence (MV) systems …

Syntheses of square planar (SP) coordination complexes of gallium (III) are reported herein.
Using the pyridine diimine ligand (PDI), we prepared both (PDI2–) GaH (4) and (PDI2–) …

This is a comprehensive study of the effects of rationally designed hemilabile ligands on the
stability, reactivity, and change in catalytic behavior of indium complexes. We report cationic …

The complexes [FeIII (HMC)(C2DMA) 2] CF3SO3 ([2] OTf) and [FeIII (HMTI)(C2Y) 2] CF3SO3
([3a–c] OTf) have been prepared and thoroughly characterized (HMC= 5, 5, 7, 12, 12, 14 …

The poor electrical conductivity of metal-organic frameworks (MOFs) has been a stumbling
block for its applications in many important fields. Therefore, exploring a simple and effective …

Treatment of the 2, 6-diiminopyridine, NC5H3 {C (Ph) N (Dip)} 2-2, 6 (PhDimpy, Dip= 2, 6-
diisopropylphenyl) with [MgI2 (OEt2) 2] gives the adduct complex [(PhDimpy) MgI2] in which …