The Berlin Conference of March 1-4, 1993, on Femtosecond Chemistry focused on the
current advances made in experimental and theoretical studies in the field, particularly those …

The threshold ion-pair production spectra at the J ″= 0 and J ″= 1 thresholds of H2 and J
″= 0, 1 and 2 thresholds of D2 obtained with single photon excitation are presented. The …

Femtosecond reaction dynamics of Rydberg states (6p 2 E 1 2 and 7s 2 E 3 2) in methyl
iodide are reported. The observed ultrafast decay and the large isotope effect reflect the …

This review presents a survey of work using resonance-enhanced multiphoton ionization
and double-resonance techniques to study excited-state photoionization dynamics in …

ABSTRACT High-resolution (Δ λ= 115 mÅ) emission spectra of molecular hydrogen
produced by electron-impact excitation at 100 eV have been obtained in the wavelength …

Multichannel quantum defect theory has been used to calculate vibrational and rotational
branching ratios in the photoionization of H2 excited to the E, F'* state. The calculations take …

A series of discrete resonances was observed in the spectrum of H2, which can be
unambiguously assigned to bound quantum states in the 1/R Coulombic potential of the H+ …

Visible and near-infrared electron–ion bremsstrahlung measurements in fusion research
devices, used to determine the effective ionic charge (Zeff), are often plagued by pollutant …

We present a study of the molecular photoionization and photodissociation processes in
molecular hydrogen occurring after one-photon absorption from various rovibrational levels …

The Rydberg spectra of atoms and small molecules offers an experimentally convenient
probe for exploring the exchange of energy between Rydberg electrons and other forms of …