The valence-shell dissociative photoionization of methyl iodide (CH3I) is studied using
double imaging photoelectron photoion coincidence (i2 PEPICO) spectroscopy in …

Absolute oscillator strengths (cross sections) for the valence shell, I 4d, 4p, 4s and C 1s
inner shell photoabsorption of CH3I have been measured using low resolution (1 eV fwhm) …

A time-of-flight mass spectrometer (TOFMS) was used to obtain multiphoton ionization (MPI)
mass and wavelength spectra of methyl iodide. The sample was studied in a molecular jet …

We present a new ion spectroscopic technique by which it is possible to investigate larger
molecular ions by scanning an entire electronic state and coincidentally measuring and …

The spin-orbit coupling of molecular states of CH 3 I is introduced through an effective
Hamiltonian and with pseudopotentials (CIPSO algorithm). Results are presented for the first …

The photodissociation dynamics of the methyl iodide cation has been studied using the
velocity map imaging technique. A first laser pulse is used to ionize methyl iodide via a (2+ …

A technique for the spectroscopic characterization of mass‐selected ions in ground and
bound excited electronic states involving two‐photon absorption and fragment ion detection …

The dissociation dynamics of CH3I is investigated on the red (269 nm) and blue (255 nm)
side of the absorption maximum of the A-band. Using a multiphoton ionisation probe in a …

The rates of acetylene hydration in the convenient range of aqueous sulfuric acid (andthose
of propyne, tert-bu-tylacetylene, ethylene, propene, and tert-butylethylene, for comparative …

The predissociation dynamics of the vibrationless level of the first Rydberg 6s (B 1E) state of
CH3I has been studied by femtosecond-resolved velocity map imaging of both the CH3 and …