The dissociative photoionization onset energy of the CH3I→ CH3++ I reaction was studied
at the vacuum ultraviolet (VUV) beamline of the Swiss Light Source (SLS) using a new …

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

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 5 p π→ 6 p Rydberg excitations of methyl iodide‐h 3 and‐d 3 are observed using
multiphoton ionization spectroscopy as two‐photon resonances when excited in the 28 000 …

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 …

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+ …

Introduction We reported previously on the use of multiphoton ionization to prepareCH3I+ in
selected vibrational states. 1 The AX photodissociation spectrum was then obtained by …

The time-resolved photodynamics of the methyl iodide cation (CH 3 I+) are investigated by
means of femtosecond XUV–IR pump–probe spectroscopy. A time-delay-compensated XUV …

The picosecond reaction dynamics of (CH 3 I) n clusters, initiated by à state excitation, were
studied by molecular beam mass spectroscopy. Time-resolved measurements indicate that …