By strong-field Fourier transform spectroscopy using intense pump and probe few-cycle laser pulses, the vibrational level separations of D2+ were determined with high precision by taking advantage of the dressed-state formation by the probe pulse
Double-resonance laser spectroscopy via the E F 1Σg+, v\u27=6, J\u27=0-2 state was used to probe the...
Time resolved Fourier transform emission spectroscopy has been developed to study highly vibrational...
We have ionized H/sub 2/ molecules in intense fields of a 6-ns pulsed Nd:YAG laser at the fundamenta...
Ionization of neutral D2 molecules by a short and intense pump laser pulse may create a vibrational ...
The dynamics of dissociation of pre-ionized D+2 molecules using intense (1012-1015 W cm-2), ultrasho...
Using quantum mechanics calculations, we theoretically study the dissociation and ionization dynamic...
We present studies of the generation, observation and manipulation of vibrational coherence with ult...
These experiments apply multiple-laser spectroscopic techniques to investigate the bond energies, po...
ABSTRACT: We study the dissociative photoionization of D2 by an attosecond pulse train (APT) in the ...
We present a theoretical method to extract photoelectron and nuclear kinetic energy spectra of molec...
This is the published version, also available here: http://dx.doi.org/10.1063/1.451229.We extend the...
We investigated the nuclear dynamics of diatomic molecular ions in intense laser fields by analyzing...
Femtosecond vacuum ultraviolet pulses from a monochromated high harmonic generation source excite vi...
Hydrogen molecules plays an important role in research of fundamental physics as the subject of this...
The ground-state dissociation energy, D0(S0), of isolated intermolecular complexes in the gas phase ...
Double-resonance laser spectroscopy via the E F 1Σg+, v\u27=6, J\u27=0-2 state was used to probe the...
Time resolved Fourier transform emission spectroscopy has been developed to study highly vibrational...
We have ionized H/sub 2/ molecules in intense fields of a 6-ns pulsed Nd:YAG laser at the fundamenta...
Ionization of neutral D2 molecules by a short and intense pump laser pulse may create a vibrational ...
The dynamics of dissociation of pre-ionized D+2 molecules using intense (1012-1015 W cm-2), ultrasho...
Using quantum mechanics calculations, we theoretically study the dissociation and ionization dynamic...
We present studies of the generation, observation and manipulation of vibrational coherence with ult...
These experiments apply multiple-laser spectroscopic techniques to investigate the bond energies, po...
ABSTRACT: We study the dissociative photoionization of D2 by an attosecond pulse train (APT) in the ...
We present a theoretical method to extract photoelectron and nuclear kinetic energy spectra of molec...
This is the published version, also available here: http://dx.doi.org/10.1063/1.451229.We extend the...
We investigated the nuclear dynamics of diatomic molecular ions in intense laser fields by analyzing...
Femtosecond vacuum ultraviolet pulses from a monochromated high harmonic generation source excite vi...
Hydrogen molecules plays an important role in research of fundamental physics as the subject of this...
The ground-state dissociation energy, D0(S0), of isolated intermolecular complexes in the gas phase ...
Double-resonance laser spectroscopy via the E F 1Σg+, v\u27=6, J\u27=0-2 state was used to probe the...
Time resolved Fourier transform emission spectroscopy has been developed to study highly vibrational...
We have ionized H/sub 2/ molecules in intense fields of a 6-ns pulsed Nd:YAG laser at the fundamenta...
DOI
Add to ORKG