245
Ion mobility and gas phase H/D exchange: revealing the importance of a single hydrogen bond for the chiral recognition of crown ether ammonium complexes
J.M. Wollschläger, K. Simon, M. Gaedke, C.A. Schalley – 2018
Two new BINOL-based chiral crown ether/ammonium complexes are studied by travelling-wave ion-mobility spectrometry. Homo- and heterochiral crown ether/ammonium complexes differ in their collision cross sections, and these differences go along with changes in hydrogen bonding as revealed by gas phase H/D-exchange experiments. Applications for the determination of enantiomeric excess are discussed.
Title
245
Ion mobility and gas phase H/D exchange: revealing the importance of a single hydrogen bond for the chiral recognition of crown ether ammonium complexes
Ion mobility and gas phase H/D exchange: revealing the importance of a single hydrogen bond for the chiral recognition of crown ether ammonium complexes
Author
J.M. Wollschläger, K. Simon, M. Gaedke, C.A. Schalley
Date
2018-04-23
Identifier
DOI: 10.1039/C8CC01671B
Source(s)
Citation
Chem. Commun. 2018, 54, 4967-4970
Type
Text