Titlebook: Interaction of Atoms and Molecules with Solid Surfaces; V. Bortolani,N. H. March,M. P. Tosi Book 1990 Springer Science+Business Media New

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Theory of Atom-Surface Collisions,erial of this chapter applies also to collisions of ions and molecules with surfaces.) This progress has consisted of major experimental advances—preparation of better controlled, cleaner surfaces, preparation of very well-defined incident beams, development of high-resolution detectors—as well as s

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Electronic Structure of Metal Surfaces,ortant, after all, to understand the physics of clean surfaces before we can understand their interaction with atoms and molecules. There is also a lot of inherently interesting physics in surface electronic structure, particularly its relationship with the bulk. We shall concern ourselves with the

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Low-Energy Electron Diffraction,s in the energy range 0 to 500 eV, a crystal holder and manipulator, and some means of observing the diffracted electrons, typically a fluorescent screen. Further details may be found elsewhere.. The major difficulty is common to all surface experiments, namely, to keep the surface clean. The UHV ch

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Theoretical Aspects of Adsorption,ge of physical and chemical phenomena of great intrinsic interest. This chapter will deal, for the most part, with theoretical issues. Descriptions, either quantum-mechanical or classical, of atoms and molecules at surfaces, require a physically sound input of dissipative and reactive forces to give

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Molecular Scattering from Surfaces (Theory),attering from adsorbate covered and/or nonperiodic surfaces will not be discussed, since these areas are much more complex computationally and/or insufficiently advanced conceptually. Even with this restriction, such a wide variety of physical phenomena can occur in the scattering that it will not b