The synthesis of novel dinuclear lanthanide complexes with formulas [(LnL3)(LiL)(MeOH)](1–
3) and [(LnL3)(LiL)(H2O)](4–6)(Ln= Eu (III), Tb (III), Dy (III)) based on functionalized lithium β …

The novel terbium (III) tetrakis (β‐diketonates) M [TbL4] with different alkali metal
counterions (Na, K, Cs) based on functionalized trifluoromethylated β‐diketonate are …

We introduce a new synthetic concept that can be broadly adopted for the low-temperature
preparation of mixed-metal energy storage materials, such as phosphates, silicates …

The synergism of the electronic properties of nickel and cobalt enables bimetallic NiCo
complexes to process H2. The nickel–cobalt hydride [(dppe) Ni (pdt)(H) CoCp*]+([1H]+) …

Partial hydrogenation of polycyclic aromatic hydrocarbons (PAHs) could not only produce
highly value-added chemicals but also reduce environmental pollution; however, the partial …

This report describes the synthesis and characterization of two hetero bi metallic Li–Zn
coordination isomers [Li2Zn2 (tbaoac) 6](tbaoac= tert-butyl acetoacetato) that have been …

This work represents an important step in the quest to make hetero multi metallic molecules
featuring specific metal types and complicated metal ratios. The rational design, synthesis …

A series of volatile Li-Ni heteroleptic complexes [Ni (SB) Li (dkt)] were prepared as single-
source precursors (SSP) for thin-film lithium ion microbatteries, Ni (SB)= Ni (acacen)(1) or Ni …

For the goal of preparing LiI–CrIII heterometallic coordination compounds, we studied the
reaction of Cr (NO3) 3· 9H2O and Li2 (cbdc)(obtained by the neutralization of LiOH· H2O …

Design of heterotrimetallic molecules, especially those containing at least two different
metals with close atomic numbers, radii, and the same coordination number/environment is …