We present triple differential cross sections (TDCSs) for single ionization of atoms by proton
and highly charged bare ions impact by means of the three-body formalism of the first Born …

We consider few-photon ionization of atomic lithium by linearly polarized femtosecond laser
pulses and demonstrate that asymmetries of the electron angular distribution can occur for …

This paper presents experimental measurements of the fully differential cross section for 16
MeV Li 2+ single ionization of $2 s $ ground and the $2 p $ excited state of Li in the …

We consider single ionization of lithium atom in collisions with p and O 8+ projectiles.
Doubly differential cross sections for ionization are calculated within a relativistic non …

We perform a theoretical investigation of the photoelectron momentum distribution (PMD)
after ionization of a lithium (Li) atom, initially prepared in the ground (1s 2 2s) or excited (1s …

Abstract The first-order Coulomb–Born approximation with the correct boundary conditions
is used to investigate the recoil-ion momentum distribution of single-electron capture in fast …

A full quantum mechanical version of the three-body distorted wave-eikonal initial state
(3DW-EIS) theory is developed to study of the single ionization of the atomic targets by ion …

Fully differential cross sections for the single ionization of Li (2s) and Li (2p) by 16 MeV Li 2+
are discussed within the framework of the continuum distorted wave with eikonal initial sate …

Fundamental atomic processes such as collision-induced ionization are of relevance in
many scientific fields. Describing these reactions can still pose a substantial challenge due …

The coupled pseudostate approximation (McGovern et al 2009 Phys. Rev. A 79 042707) has
been applied to Li 2++ Li (2s, 2p 0,±1) collisions at 16 MeV with emphasis on studying the …