Add to ORKGNovel ferrocenyl-based redox-active bidentate receptors exhibit selective binding and redox recognition of basic bidentate anionic guests, including the binding and redox recognition of P2O4-7 in highly competitive aqueous solvent mixtures. © 1997 Elsevier Science S.A
International audienceNovel synthetic approaches toward redox active calixarene-based receptors is d...
Voltammetric and NMR investigations of anion binding by neutral ferrocene-based receptors have been ...
Anions are ubiquitous species, and therefore, their sensing is of considerable interest. Anion recep...
A novel class of anion receptors with with C-H···X- hydrogen bonding is introduced and demonstrated ...
New mono- and bis-urea substituted ferrocene receptors have been synthesised. Proton NMR anion coord...
This short review highlights the mechanisms involved in electrochemically sensing cationic, anionic ...
A disulfide functionalized bis-ferrocene urea acyclic receptor and disulfide functionalized mono- an...
International audienceNew amide-containing ferrocenyl ligands, L1–5, were prepared and the voltammet...
New neutral ferrocene anion receptors L3, L4, L 5 selectively complex, electrochemically recognise a...
The first chapter deals with the syntheses and characterization of the cation binding properties of ...
A series of linked bis(ferrocenyl) receptors with a variety of functionality in the spacer linkage w...
A neutral redox-active acyclic halogen bonding (XB) receptor with a ferrocene core functionalised at...
The nature of the solvent medium dramatically alters the anion recognition properties of a new bis(c...
This thesis describes the investigation of halogen bonding and hydrogen bonding anion receptors for ...
Appropriately designed charged or neutral redox- and/or photo-active transition-metal organometallic...
International audienceNovel synthetic approaches toward redox active calixarene-based receptors is d...
Voltammetric and NMR investigations of anion binding by neutral ferrocene-based receptors have been ...
Anions are ubiquitous species, and therefore, their sensing is of considerable interest. Anion recep...
A novel class of anion receptors with with C-H···X- hydrogen bonding is introduced and demonstrated ...
New mono- and bis-urea substituted ferrocene receptors have been synthesised. Proton NMR anion coord...
This short review highlights the mechanisms involved in electrochemically sensing cationic, anionic ...
A disulfide functionalized bis-ferrocene urea acyclic receptor and disulfide functionalized mono- an...
International audienceNew amide-containing ferrocenyl ligands, L1–5, were prepared and the voltammet...
New neutral ferrocene anion receptors L3, L4, L 5 selectively complex, electrochemically recognise a...
The first chapter deals with the syntheses and characterization of the cation binding properties of ...
A series of linked bis(ferrocenyl) receptors with a variety of functionality in the spacer linkage w...
A neutral redox-active acyclic halogen bonding (XB) receptor with a ferrocene core functionalised at...
The nature of the solvent medium dramatically alters the anion recognition properties of a new bis(c...
This thesis describes the investigation of halogen bonding and hydrogen bonding anion receptors for ...
Appropriately designed charged or neutral redox- and/or photo-active transition-metal organometallic...
International audienceNovel synthetic approaches toward redox active calixarene-based receptors is d...
Voltammetric and NMR investigations of anion binding by neutral ferrocene-based receptors have been ...
Anions are ubiquitous species, and therefore, their sensing is of considerable interest. Anion recep...