Research Catalog

Title

Atomic collisions on solid surfaces / E.S. Parilis [and others].

Publication

Amsterdam ; New York : North-Holland, 1993.

Items in the Library & Off-site

Details

Additional Authors

Parilis, E. S.

Description

xiii, 664 pages : illustrations; 25 cm

Subject

• Solids > Surfaces
• Surfaces (Physics)
• Scattering (Physics)
• Ion bombardment
• Auger effect
• Ions > Scattering
• Atomstreuung
• Festkörperoberfläche
• Collisions (Physics)

Note

• Translated from Russian.

Bibliography (note)

• Includes bibliographical references and index.

Contents

1. General -- 1. Conditions of applicability of classical mechanics -- 2. Laws of momentum and energy conservation -- 3. Deflection function -- 4. Interaction potentials -- 5. Differential scattering cross sections -- 6. Inelastic energy losses -- 7. Binary scattering model -- 2. Computer simulation of surface collisions -- 1. Simulation techniques -- 2. Particle dynamics in the binary collision model -- 3. Crystal models; inclusion of thermal vibrations -- 4. Algorithm and program of calculation -- 3. Single and double scattering -- 1. Single-scattering effect -- 2. Double-scattering effect -- 3. Double scattering from a single crystal -- 4. Screening and blocking in two-atom scattering -- 5. Energy distribution of scattered projectiles -- 6. Relative probability of double scattering -- 7. Double scattering in nuclei -- 8. Ion scattering from a diatomic molecule -- 9. Double scattering from polycrystals -- 10. Enhancement of [actual symbol not reproducible] backscattering -- 4. Atomic row model -- 1. String model -- 2. Scattering from a discrete atomic row -- 3. Spatial distribution of scattered ions -- 4. Effect of thermal vibrations and interaction potential -- 5. Three-atom scattering model -- 6. Atomic row effect for an inverse mass ratio -- 7. Ion scattering from complex composition surfaces -- 5. Ion scattering in semichannels -- 1. Spatial and energy distribution -- 2. Ion focusing effect -- 3. Subsurface channeling and hyperchanneling -- 4. Azimuthal anisotropy in scattering -- 5. Elastic and inelastic energy losses -- 6. Atom scattering from a nonideal surface -- 1. Surface of a solid -- 2. State of the surface after ion bombardment -- 3. Effect of the surface structure on the scattered ion distribution -- 7. Scattering of light atoms -- 1. Energy spectra of scattered light atoms -- 2. Single and double scattering -- 3. Energy distribution of scattered atoms -- 4. Surface peak -- 8. Charge state of atoms scattered by solid surfaces -- 2. Charge state of ions scattered by metal surfaces -- 3. The role of violent single collisions -- 4. Charge state of light atoms -- 5. Orientational effects in the charge state of ions scattered by a single crystal -- 6. Charge state of alkali atoms scattered by solid surfaces -- 9. Scattering of swift molecules by solid surfaces -- 2. Scattering of swift molecules within the elastic collision model -- 3. Highest rotational and vibrational excitation of swift diatomic molecules scattered by solid surfaces -- 4. Energy distribution and ionization degree of scattered atoms under bombardment of molecules -- 5. Molecule dissociation via electron transition at grazing scattering -- 10. Sputtering of clusters and biomolecules under ion bombardment -- 2. Small-cluster sputtering -- 3. Large-cluster sputtering -- 4. Desorption of biomolecules under heavy-ion bombardment -- 11. Auger processes in kinetic electron emission -- 2. Kinetic electron emission -- 3. Shell effects -- 4. Orientational effects in ion-induced Auger electron emission -- 12. Interaction of multiple-charged ions with surfaces -- 2. Electron emission -- 3. Sputtering of nonmetals under slow multiple-charged ions through Coulomb explosion -- 4. Identification of multiple-charged ions -- 13. Application of ion scattering to surface diagnostics -- 1. Analysis of surface composition -- 2. Structural analysis of crystal surfaces -- 3. Adatom identification and location.

ISBN

• 0444891056
• 9780444891051

LCCN

92006503

OCLC

• ocm25315981
• 25315981
• SCSB-8797610

Owning Institutions

Princeton University Library