High-resolution recoil-ion momentum spectroscopy (RIMS) is a novel technique to
determine the charge state and the complete final momentum vector of a recoiling target ion …

A rather complete understanding is emerging of the process of full fragmentation of the
helium atom following absorption of a single photon. In this review the major experimental …

We give a detailed account of an ab initio computational treatment of multiphoton single
ionization (with or without excitation) as well as double ionization of two-electron atoms …

A symmetric representation of the three-body Coulomb continuum wave function as a
product of three two-body Coulomb wave functions is modified to allow for three-body effects …

Atomic Multielectron Processes is the first comprehensive collection of the data (mostly cross
sections and methods) devoted to the multielectron transitions in atoms and ions induced by …

A continuum state of two electrons with momenta k 1 and k 2 can be represented as a linear
combination of two-electron states with quantum numbers L, M, S and pi. Conditions are …

We measure fully differential cross sections for photo-double-ionization of helium at
energies 1, 6, and 20 eV above threshold. The data have been obtained by measuring in …

The theory of measurement projection operators in grid-based time-dependent wave-packet
calculations involving electronic continua in atoms and molecules is discussed. A hierarchy …

The angular distribution of the correlated electron pair emitted in single-photon double
ionization of the hydrogen molecule is analysed and calculated using a variety of …

Using a multiparameter multicoincidence spectrometer, we have measured the coplanar (e,
3 e) angular distributions following the double ionization of helium at an incident energy of≈ …