Receptors bearing hydrogen and halogen bond donors for recognition of perrhenate and pertechnetate were designed and studied. Acyclic hosts with N-H and C-H binding sites showed the best selectivity for TcO4 - and ReO4 - over spherical and more basic tetrahedral anions. © 2018 The Royal Society of Chemistry
The affinity of azacryptands towards perrhenate has been investigated by potentiometric, 1H-NMR and ...
This thesis presents three different areas of anion or neutral molecule recognition chemistry. There...
An anion receptor with NH and OH groups as hydrogen bond donors has been prepared, and both groups a...
Alpha-cyclodextrin based anion receptors functionalised with pendant arms containing halogen and hyd...
Natural and synthetic molecules employ noncovalent interactions to engender molecular form and funct...
New solid-phases for the binding, separation and extraction of perrhenate and pertechnetate from wat...
Anions can be recognized by either pos. charged or neutral artificial receptors. Pos. charges withi...
Receptors for halide anions are constructed based on the imidazolium unit, and then replacing the H-...
Halogen bonding is an expanding area in supramolecular chemistry. Previously, the Taylor group has r...
DoctorSupramolecular chemistry, based on non-covalent interactions, has been developed for decades s...
Design of selective non-covalent binding systems for chemical and biological recognition requires an...
Supramolecular chemistry is an ever-growing area in science that studies noncovalent interactions be...
[GRAPHICS] In consideration of competition between cation-pi and hydrogen bond interaction forces, w...
The synthesis and anion binding properties of novel halogen-bonding (XB) bis-iodotriazole-pyridinium...
Anion recognition is a growing field in organic chemistry. Many interactions can be employed to sequ...
The affinity of azacryptands towards perrhenate has been investigated by potentiometric, 1H-NMR and ...
This thesis presents three different areas of anion or neutral molecule recognition chemistry. There...
An anion receptor with NH and OH groups as hydrogen bond donors has been prepared, and both groups a...
Alpha-cyclodextrin based anion receptors functionalised with pendant arms containing halogen and hyd...
Natural and synthetic molecules employ noncovalent interactions to engender molecular form and funct...
New solid-phases for the binding, separation and extraction of perrhenate and pertechnetate from wat...
Anions can be recognized by either pos. charged or neutral artificial receptors. Pos. charges withi...
Receptors for halide anions are constructed based on the imidazolium unit, and then replacing the H-...
Halogen bonding is an expanding area in supramolecular chemistry. Previously, the Taylor group has r...
DoctorSupramolecular chemistry, based on non-covalent interactions, has been developed for decades s...
Design of selective non-covalent binding systems for chemical and biological recognition requires an...
Supramolecular chemistry is an ever-growing area in science that studies noncovalent interactions be...
[GRAPHICS] In consideration of competition between cation-pi and hydrogen bond interaction forces, w...
The synthesis and anion binding properties of novel halogen-bonding (XB) bis-iodotriazole-pyridinium...
Anion recognition is a growing field in organic chemistry. Many interactions can be employed to sequ...
The affinity of azacryptands towards perrhenate has been investigated by potentiometric, 1H-NMR and ...
This thesis presents three different areas of anion or neutral molecule recognition chemistry. There...
An anion receptor with NH and OH groups as hydrogen bond donors has been prepared, and both groups a...