Infrared spectra of water and deuterated water isolated in neon matrices have been recorded between 20 and 5000 cm(-1). The water concentration has been varied between very low concentrations with only monomers present up to concentrations where pentamers and possibly hexamers are present in significant amounts. The concentration dependencies of the observed absorption bands have been used to assign the dimer spectrum. The matrices studied were on the order of 1 mm thick, which has made it simpler to vary concentrations in a manner which discriminates between higher aggregates. It has also made it possible to avoid the baseline problems which appear when the matrices are only slightly thicker than the wavelengths in the far-infrared part of...
Water monomers and dimers have been studied at low temperatures in matrices of solid p-H(2), o-D(2),...
The infrared absorption spectrum of the hydrogen-bonded water dimer, (H2O)2, formed in a supersonic ...
Author Institution: Department of Chemistry, University of North CarolinaThe opto-thermal detection ...
Most fundamentals modes of the water dimer have been experimentally determined, and the frequencies ...
Infrared spectra from 25 to 4000 cm(-1) have been recorded of water (H2O, D2O and (H2O)-O-18) matrix...
The concentrations of water dimer are compared in Ne and p-H-2 matrices at low temperatures, using i...
Author Institution: Department of Chemistry and Laboratory for Research on the Structure of Matter, ...
Author Institution: Israel Institute of Technology; University of Southern CaliforniaThe far infrare...
Far infrared spectra of seven different isotopologs of the water dimer have been measured in neon ma...
For the first time the investigation of water molecule complexed with methylamine (\chem{CH_3 NH_2})...
Author Institution: Molecular Physics Division, National Institute of Standards and TechnologyRecent...
International audienceFor the first time the investigation of water molecule complexed with methylam...
Author Institution: Department of Chemistry, Indiana University; Space Sciences Division Jet Propuls...
Infrared absorption spectra of HC1 and HBr, suspended in solid argon, krypton and nitrogen, were rec...
Context. Recent mid-infrared spectroscopic observations of Pluto and Triton suggest a wide distribut...
Water monomers and dimers have been studied at low temperatures in matrices of solid p-H(2), o-D(2),...
The infrared absorption spectrum of the hydrogen-bonded water dimer, (H2O)2, formed in a supersonic ...
Author Institution: Department of Chemistry, University of North CarolinaThe opto-thermal detection ...
Most fundamentals modes of the water dimer have been experimentally determined, and the frequencies ...
Infrared spectra from 25 to 4000 cm(-1) have been recorded of water (H2O, D2O and (H2O)-O-18) matrix...
The concentrations of water dimer are compared in Ne and p-H-2 matrices at low temperatures, using i...
Author Institution: Department of Chemistry and Laboratory for Research on the Structure of Matter, ...
Author Institution: Israel Institute of Technology; University of Southern CaliforniaThe far infrare...
Far infrared spectra of seven different isotopologs of the water dimer have been measured in neon ma...
For the first time the investigation of water molecule complexed with methylamine (\chem{CH_3 NH_2})...
Author Institution: Molecular Physics Division, National Institute of Standards and TechnologyRecent...
International audienceFor the first time the investigation of water molecule complexed with methylam...
Author Institution: Department of Chemistry, Indiana University; Space Sciences Division Jet Propuls...
Infrared absorption spectra of HC1 and HBr, suspended in solid argon, krypton and nitrogen, were rec...
Context. Recent mid-infrared spectroscopic observations of Pluto and Triton suggest a wide distribut...
Water monomers and dimers have been studied at low temperatures in matrices of solid p-H(2), o-D(2),...
The infrared absorption spectrum of the hydrogen-bonded water dimer, (H2O)2, formed in a supersonic ...
Author Institution: Department of Chemistry, University of North CarolinaThe opto-thermal detection ...