Two conformers of the n-propanol-water dimer have been observed in a supersonic expansion using chirped-pulse Fourier-transform microwave (CPFTMW) spectroscopy. Structural assignments reveal the n-propanol sub-unit is conformationally trapped, with its methyl group in both Gauche and Trans orientations. Despite different carbon backbone conformations, both dimers display the same water-donor/alcohol-acceptor hydrogen bonding motif. This work builds upon other reported alcohol-water dimers and upon previous work detailing the trapping of small molecules into multiple structural minima in rare gas supersonic expansions
Author Institution: Institute of Physics, Polish Academy of Sciences, Al. Lotnikow; 32/46, 02...
The behavior of the chiral secondary alcohol butan-2-ol in both helium and argon-based supersonic ex...
Five different hydrogen bonded conformers of the dimer of 2-propanol have been characterized by Four...
none8siThe molecular complex between iso-propanol and water has been investigated by Fourier transfo...
The molecular complex between iso-propanol and water has been investigated by Fourier transform micr...
The molecular complex between iso-propanol and water has been investigated by Fourier transform micr...
The conformational behaviour of the hydrogen-bonded cluster ethanol dimer has been reinvestigated by...
The conformational behaviour of the hydrogen-bonded cluster ethanol dimer has been reinvestigated by...
Microwave spectroscopy provides a unique opportunity to study model non-covalent interactions. Of pa...
Author Institution: Department of Physics, The Ohio State University, Columbus, OH 43210Recent milli...
The conformational energy landscape of the ethanol-water dimer is determined by the relative hydroge...
Author Institution: Physical and Theoretical Chemistry, South Parks RoadEthanol dimer is probably th...
Context. The primary alcohol n-propanol (i.e., normal-propanol or propan-1-ol; C3H7OH) occurs in fiv...
Observations of gas-phase dimers are one of the simplest methods for studying bimolecular interactio...
The behavior of the chiral secondary alcohol butan-2-ol in both helium and argon-based supersonic ex...
Author Institution: Institute of Physics, Polish Academy of Sciences, Al. Lotnikow; 32/46, 02...
The behavior of the chiral secondary alcohol butan-2-ol in both helium and argon-based supersonic ex...
Five different hydrogen bonded conformers of the dimer of 2-propanol have been characterized by Four...
none8siThe molecular complex between iso-propanol and water has been investigated by Fourier transfo...
The molecular complex between iso-propanol and water has been investigated by Fourier transform micr...
The molecular complex between iso-propanol and water has been investigated by Fourier transform micr...
The conformational behaviour of the hydrogen-bonded cluster ethanol dimer has been reinvestigated by...
The conformational behaviour of the hydrogen-bonded cluster ethanol dimer has been reinvestigated by...
Microwave spectroscopy provides a unique opportunity to study model non-covalent interactions. Of pa...
Author Institution: Department of Physics, The Ohio State University, Columbus, OH 43210Recent milli...
The conformational energy landscape of the ethanol-water dimer is determined by the relative hydroge...
Author Institution: Physical and Theoretical Chemistry, South Parks RoadEthanol dimer is probably th...
Context. The primary alcohol n-propanol (i.e., normal-propanol or propan-1-ol; C3H7OH) occurs in fiv...
Observations of gas-phase dimers are one of the simplest methods for studying bimolecular interactio...
The behavior of the chiral secondary alcohol butan-2-ol in both helium and argon-based supersonic ex...
Author Institution: Institute of Physics, Polish Academy of Sciences, Al. Lotnikow; 32/46, 02...
The behavior of the chiral secondary alcohol butan-2-ol in both helium and argon-based supersonic ex...
Five different hydrogen bonded conformers of the dimer of 2-propanol have been characterized by Four...