Over the past decade the closely related techniques of X-ray photoclectron diffraction (XPD)
and Auger electron diffraction (AED) at relatively high kinetic energy (>~ 500 eV) have …

Photoelectron diffraction is under rapid development to a powerful method for the
investigation of structures at surfaces. Within the escape length of photoelectrons an …

We review recent work in the application of Auger and X-ray photoelectron diffraction at high
electron kinetic energies to the problem of structure determination in ultrathin epitaxial …

Recent developments in electron interference microscopy are introduced based on
holography principles. This technique has been given a major boost due to the development …

This exciting new handbook investigates the characterization of surfaces. It emphasizes
experimental techniques for imaging of solid surfaces and theoretical strategies for …

This article reviews the literature of electroanalytical chemistry in the period between
December 1991 andthe end of November 1993. An attempt was made to minimize the gap …

The adsorption of anions on electrode surfaces has been a very important subject in modem
electrochemistry. It is well-known that various electrochemical surface pro-cesses such as …

The adsorption of iodide at a Au (111) single crystal electrode has been investigated
quantitatively using chronocoulometry. By analyzing the charge density data …

Angular distributions of Auger electrons and of photoelectrons emitted at high (> 500 eV)
and low (< 100 eV) kinetic energies are compared. The high-energy patterns can be …

The full-hemisphere diffraction patterns of primary photoelectrons, photoemission Auger
electrons, and Kikuchi electrons are reported for single-crystal surfaces of Cu (100), Cu …