The carboxylate ligand,[RCO 2]−, is one of the most versatile and hence also one of the most
ubiquitous ligands in coordination chemistry.(1-4) Although fairly simple coordination modes …

Uranium phosphonates, an important class of actinide-organic coordination polymers,
exhibit an exceptionally diverse and broad range of crystal structures. A variety of structure …

With the wide application of nuclear energy, the recycling of uranium resources and
environmental protection have become the focus of scientific research and industrial …

In this work, we demonstrate a family of new inorganic–organic hybrid uranyl
diphosphonates based on 1-hydroxyethylidenediphosphonic acid (H4L) linker by using …

The reaction of uranyl nitrate hexahydrate with 2-sulfobenzoate (SB2–) in the presence of
various amines gave the series of complexes [UO2 (SB)(H2O)](1),[UO2 (SB)(H2O)] 2· pyz …

Carbon and phosphorous are two primary elements common to the bio-geosphere and are
omnipresent in both biotic and abiotic arenas. Phosphonate and carboxylate are considered …

Six uranyl phosphonates and sulfonates have been hydrothermally synthesized,
namely,(H2tib)[(UO2) 3 (PO3C6H5) 4]· 2H2O (UPhP-1), Zn (pi) 2 (UO2)(PO3C6H5) 2 (UPhP …

Two uranyl nanotubules with elliptical cross sections were synthesized in high yield from
complex and large oxoanions using hydrothermal reactions of uranyl salts with 1, 4 …

Systematic control of the reactions between U (VI) and 1, 4-phenylenebis (methylene)) bis
(phosphonic acid)(pmbH 4) allows for alterations in the bonding between these constituents …

Due to the intrinsic coordination preference of the linear uranyl unit, uranyl–organic
frameworks (UOFs) are generally prone to exhibiting low-dimensional structures. Reactions …