In this article we present a detailed overview of our studies of molecular photoionization and
electron-molecule collisions in which we have used Schwinger-like variational principles …

The photoionization of molecular nitrogen has been studied using a frozen-core Hartree-
Fock final-state wave function with a correlated intitial-state wave function. The final-state …

Recent progress in the study of the rovibronic photoionization dynamics of polyatomic
molecules is reviewed with emphasis on the photoionization dynamics of asymmetric tops …

Recent advances in the understanding of the factors which determine line intensities in zero
kinetic energy photoelectron spectroscopy (ZEKE-PES) are reviewed. The relative …

A time-dependent local-density theory of the photoemission spectra and polarizabilities of
finite systems is extended from atoms to molecules. The theory is implemented in a single …

Theoretical studies in the intensity-borrowing sudden approximation are reported of inner-
valence-shell photoionization cross sections in N 2 and CO. The required ionic-state …

Partial and total photoionization cross sections of N 2 molecule are calculated using the
generalization of the random-phase approximation (RPA) which earlier has been …

Eigenchannel wave functions are identified as the continuum analog of discrete‐state
eigenfunctions familiar from molecular structure calculations. As examples, eigenchannel …

We discuss a method for systematically correcting results obtained using variational
expressions in scattering theory. The approach taken is to compute a sequence of Padé …

Multiple scattering Xα bound state and continuum calculations are used to study low energy
elastic electron scattering cross sections and pre‐edge features in the x‐ray absorption …