We study the effects of vibrational excitation of neutral water molecule on sub-femtosecond nuclear dynamics of the 2A1 electronic state of cationic water and its isotopomers that are induced by high-harmonic generation (HHG) process. Both the photoelectron spectra and the autocorrelation functions of electronically excited states of M2O+ (M = H, D, and T) that are produced by Franck-Condon ionization of vibrationally pre-excited M2O to its 2A1 electronic state are calculated. HHG signals are also calculated from the square of the absolute value of autocorrelation functions. In addition, the ratio of the HHG signal of D2O+ to that of H2O+ and that between T2O+ and H2O+ are calculated with respect to time, for varying initially prepared vibr...
The attosecond time-scale electron-recollision process that underlies high harmonic generation has u...
We use cryogenic ion trap vibrational spectroscopy to study the structure of the protonated water pe...
Water, one of the classical elements of ancient Greece and China, is a ubiquitous molecule because o...
We report calculations on high-order harmonic generation in water molecules. Spectra are determined ...
Using full dimensional EOM-IP-CCSD/aug-cc-pVTZ potential energy surfaces, the photoelectron spectrum...
High harmonic spectra show that laser-induced strong field ionization of water has a significant con...
The breadth of the OH stretching manifold observed in the IR for bulk water is commonly attributed t...
The predissociation dynamics of water molecules in the electronic (C) over tilde state were studied ...
International audienceWe present direct evidence for ultra-fast dissociation of molecular water in c...
Results of heterodyne-detected photon echo experiments on the OH stretching mode of HDO molecule in ...
International audienceWe use cryogenic ion trap vibrational spectroscopy to study the structure of t...
Abstract. The ultrafast frequency-resolved upconverted vibrational free induction decay (FID) of HDO...
The ultrafast dynamics of water molecules excited to the two (F) over tilde states is studied by com...
We have measured the rovibrational levels in the electronic ground state of the water molecule at th...
Liquid water is a fascinating substance, ubiquitous in chemistry, physics, and biology. Its remarkab...
The attosecond time-scale electron-recollision process that underlies high harmonic generation has u...
We use cryogenic ion trap vibrational spectroscopy to study the structure of the protonated water pe...
Water, one of the classical elements of ancient Greece and China, is a ubiquitous molecule because o...
We report calculations on high-order harmonic generation in water molecules. Spectra are determined ...
Using full dimensional EOM-IP-CCSD/aug-cc-pVTZ potential energy surfaces, the photoelectron spectrum...
High harmonic spectra show that laser-induced strong field ionization of water has a significant con...
The breadth of the OH stretching manifold observed in the IR for bulk water is commonly attributed t...
The predissociation dynamics of water molecules in the electronic (C) over tilde state were studied ...
International audienceWe present direct evidence for ultra-fast dissociation of molecular water in c...
Results of heterodyne-detected photon echo experiments on the OH stretching mode of HDO molecule in ...
International audienceWe use cryogenic ion trap vibrational spectroscopy to study the structure of t...
Abstract. The ultrafast frequency-resolved upconverted vibrational free induction decay (FID) of HDO...
The ultrafast dynamics of water molecules excited to the two (F) over tilde states is studied by com...
We have measured the rovibrational levels in the electronic ground state of the water molecule at th...
Liquid water is a fascinating substance, ubiquitous in chemistry, physics, and biology. Its remarkab...
The attosecond time-scale electron-recollision process that underlies high harmonic generation has u...
We use cryogenic ion trap vibrational spectroscopy to study the structure of the protonated water pe...
Water, one of the classical elements of ancient Greece and China, is a ubiquitous molecule because o...