swMATH ID: 3440
Software Authors: G.R. Harp, Y. Ueda, X. Chen, D.K. Saldin
Description: Computation of photo-electron and Auger-electron diffraction II: multiple scattering cluster calculation, PAD2. Nature of problem: The program PAD2 evaluates the transmission matrix relating the wavefunction of an electron immediately after its emission from an atom to its wavefunction outside a sample, where it may be detected. This matrix is expressed in an angular-momentum basis centered on the emitting atom. Solution method: The electron transmission matrix is evaluated by means of an algorithm which first calculates the scattering matrices of a series of concentric shells centered on the emitter. The scattering between the shells is computed by matrix operations on the shell scattering matrices. Both the intra- and inter-shell scattering may be evaluated by taking account of all multiple scattering processes, or by a choice of approximation schemes of increasing accuracy (and of required computer
Homepage: http://cpc.cs.qub.ac.uk/summaries/ADIA_v1_0.html
Programming Languages: Fortran.
Operating Systems: UNIX.
Keywords: Angle resolved, Core level, Photoelectron, Auger, Electron diffraction, Surface structure, Multiple scattering, Electron spectroscopy, Solid state physics.
Related Software: PAD3; PAD1; MSPHD
Referenced in: 3 Publications

Referenced in 1 Serial

3 Computer Physics Communications

Referencing Publications by Year