In this critical review the use of metal-salophen complexes as anion receptors is discussed with an emphasis on the supramolecular control of selectivity derived by the presence of additional interaction sites on the ligand skeleton. Some examples of application in sensing are also reported (112 references)
We explore the possibility that protonated molecular ions might be an unexpected source of interfere...
We explore the possibility that protonated molecular ions might be an unexpected source of interfere...
We explore the possibility that protonated molecular ions might be an unexpected source of interfere...
The development of heteroditopic receptor systems that can simultaneously bind cationic and anionic ...
The development of heteroditopic receptor systems that can simultaneously bind cationic and anionic ...
Metal-based receptors are an important and expanding class of molecules in anion sensing. This revie...
Hard anions have long been known to bind strongly to the uranium of uranyl-salophen complexes. Upon ...
Most of the receptors for anions operate through electrostatic interactions, which include hydrogen ...
Most of the receptors for anions operate through electrostatic interactions, which include hydrogen ...
This review article highlights advances made in abiotic anion coordination chemistry in 2000 and 200...
Selective recognition of anions in water is important in supramolecular and analytical chemistry due...
We explore the possibility that protonated molecular ions might be an unexpected source of interfere...
We explore the possibility that protonated molecular ions might be an unexpected source of interfere...
We explore the possibility that protonated molecular ions might be an unexpected source of interfere...
This thesis reflects two main aims. Firstly, the synthesis and characterisation of a number of poten...
We explore the possibility that protonated molecular ions might be an unexpected source of interfere...
We explore the possibility that protonated molecular ions might be an unexpected source of interfere...
We explore the possibility that protonated molecular ions might be an unexpected source of interfere...
The development of heteroditopic receptor systems that can simultaneously bind cationic and anionic ...
The development of heteroditopic receptor systems that can simultaneously bind cationic and anionic ...
Metal-based receptors are an important and expanding class of molecules in anion sensing. This revie...
Hard anions have long been known to bind strongly to the uranium of uranyl-salophen complexes. Upon ...
Most of the receptors for anions operate through electrostatic interactions, which include hydrogen ...
Most of the receptors for anions operate through electrostatic interactions, which include hydrogen ...
This review article highlights advances made in abiotic anion coordination chemistry in 2000 and 200...
Selective recognition of anions in water is important in supramolecular and analytical chemistry due...
We explore the possibility that protonated molecular ions might be an unexpected source of interfere...
We explore the possibility that protonated molecular ions might be an unexpected source of interfere...
We explore the possibility that protonated molecular ions might be an unexpected source of interfere...
This thesis reflects two main aims. Firstly, the synthesis and characterisation of a number of poten...
We explore the possibility that protonated molecular ions might be an unexpected source of interfere...
We explore the possibility that protonated molecular ions might be an unexpected source of interfere...
We explore the possibility that protonated molecular ions might be an unexpected source of interfere...