Add to ORKGResults of heterodyne-detected photon echo experiments on the OH stretching mode of HDO molecule in heavy water and acetonitrile are reported and discussed. Two vibrational dynamical processes with time constants of 130 A and 900 fs were identified. The former is attributed to bond breaking dynamics of a single hydrogen bond, the latter to rearrangement of the hydrogen-bond network.</p
We present a study of the effect of hydrogen bonding on vibrational energy relaxation of the OH-stre...
Ultrafast infrared transient absorption measurements of the complete hydroxyl OD stretching mode spe...
The molecular reorientation of liquid water is key to the hydration and stabilization of molecules a...
Results of heterodyne-detected photon echo experiments on the OH stretching mode of HDO molecule in ...
Results of heterodyne-detected photon echo experiments on the OH stretching mode of water are report...
Results of heterodyne-detected IR photon echo experiments on water at room temperature are reported....
The complexity of the physical properties of liquid water is largely determined by the presence of a...
Femtosecond two-color mid-infrared pump-probe spectroscopy is used to study the vibrational relaxati...
Infrared pump-probe experiments are performed on isolated H2O molecules diluted in acetonitrile in t...
Abstract. The ultrafast frequency-resolved upconverted vibrational free induction decay (FID) of HDO...
We report on a two-color mid-infrared pump-probe spectroscopic study of the dynamics of the OH stret...
International audienceUltrafast pump-probe experiments are described permitting a visualization of m...
We study the effects of vibrational excitation of neutral water molecule on sub-femtosecond nuclear ...
Ultrafast nonlinear vibrational spectroscopy with mid-IR pumping and incoherent anti-Stokes Raman pr...
The results of the recent infrared pump−probe experiment are analyzed, in which the time evolution o...
We present a study of the effect of hydrogen bonding on vibrational energy relaxation of the OH-stre...
Ultrafast infrared transient absorption measurements of the complete hydroxyl OD stretching mode spe...
The molecular reorientation of liquid water is key to the hydration and stabilization of molecules a...
Results of heterodyne-detected photon echo experiments on the OH stretching mode of HDO molecule in ...
Results of heterodyne-detected photon echo experiments on the OH stretching mode of water are report...
Results of heterodyne-detected IR photon echo experiments on water at room temperature are reported....
The complexity of the physical properties of liquid water is largely determined by the presence of a...
Femtosecond two-color mid-infrared pump-probe spectroscopy is used to study the vibrational relaxati...
Infrared pump-probe experiments are performed on isolated H2O molecules diluted in acetonitrile in t...
Abstract. The ultrafast frequency-resolved upconverted vibrational free induction decay (FID) of HDO...
We report on a two-color mid-infrared pump-probe spectroscopic study of the dynamics of the OH stret...
International audienceUltrafast pump-probe experiments are described permitting a visualization of m...
We study the effects of vibrational excitation of neutral water molecule on sub-femtosecond nuclear ...
Ultrafast nonlinear vibrational spectroscopy with mid-IR pumping and incoherent anti-Stokes Raman pr...
The results of the recent infrared pump−probe experiment are analyzed, in which the time evolution o...
We present a study of the effect of hydrogen bonding on vibrational energy relaxation of the OH-stre...
Ultrafast infrared transient absorption measurements of the complete hydroxyl OD stretching mode spe...
The molecular reorientation of liquid water is key to the hydration and stabilization of molecules a...