Atomic Collisions in Solids [E-Book] : Volume 2 / edited by Sheldon Datz, B. R. Appleton, C. D. Moak
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Full text |
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Personal Name(s): | Appleton, B. R., editor |
Datz, Sheldon, editor / Moak, C. D., editor | |
Imprint: |
Boston, MA :
Springer,
1975
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Physical Description: |
XVI, 463 p. 37 illus. online resource. |
Note: |
englisch |
ISBN: |
9781461589969 |
DOI: |
10.1007/978-1-4615-8996-9 |
Subject (LOC): |
- of Volume 2
- Section VI: Electrons, Photons, and Channeling
- Radiative Electron Capture and Bremsstrahlung
- Radiative Electron Capture by Channeled Oxygen Ions
- The Influence of Channeling on the Shape and Intensity of Doppler-Broadened Spectral Lines Produced by Light Ion Bombardment of Metals
- Optical Line and Broad-Band Emission from Ion-Bombarded Targets
- Reduction of the Characteristic Radiation Due to the Channeling Effect
- Electron Channeling in Si, Ag and Au Crystals
- Emission of Electrons and Positrons from Crystals — Directional Effects
- Channeling of 25 MeV Positrons and Electrons
- The Channeling-Blocking Effect of Energetic Electrons
- Coherent Photon Emission by Fast Particle Excited Atoms in Electromagnetic Field
- Effect of the Levels of the Transverse Motion of Electrons on the Electromagnetic Processes in Monocrystals
- Section VII: Surface Scattering
- Medium-Energy Ion Scattering by Crystal Surfaces
- Some Directional Effects in Forward Ion Scattering by Crystal Surfaces
- On the Scattering of Low Energy H+ and He+ Ions from a (001) Copper Surface
- Influence of Thermal Lattice Vibrations on Multiple Ion Scattering
- X-Ray Production and Energy Loss in Low-Angle Ion Scattering at Solid Surfaces
- Surface Scattering of Low Energy Ions
- Hybrid Computational Studies of Elastic Scattering of Atoms
- Sputtering of Condensed Gases by Proton Bombardment
- The Angular Distribution of Fast Charged Particles Reflected by the Surface of a Single Crystal
- Section VIII: Channeling
- Hyperchanneling
- Channeling Studies of Alkali Halides
- Molecular Ion Transmission Through a Monocrystalline Thin Film
- A Combination of Dechanneling and Energy Measurements of Protons in Thin Silicon Single Crystals
- Flux Peaking, Dechanneling Cross Section, and Detection Probability in Channeling and Blocking Experiments from Computer Simulations and Analytical Models
- Analysis of Blocking Lifetime Experiments
- Channeling, Blocking, and Range Measurements Using Thermal Neutron Induced Reactions
- Experimental Investigation of the Reversibility Rule at Non Zero Depth
- Effect of Reaction Time on the Minimum Yields of Axial and Planar Blockings
- High Index Planar Channeling in Silicon
- Section IX: Channeling
- Double Planar Alignment Scattering with a Very Thin Crystal
- Axial and Planar Channeling in TiOx System
- Energy Dependence of the Surface Minimum Yield for Axial Channeling
- Experimental Study and Stochastic Interpretation of Oscillatory Effects in Backscattering Spectra in Planar Channeling
- Interstital Atom Location in Silicon by Single and Double Alignment Backscattering of MeV Helium Ions
- Section X: Dechanneling
- Validity of the Statistical Equilibrium Hypothesis for Channeling
- Axial Dechanneling, I. A Theoretical Study
- Axial Dechanneling, II. An Experimental Study
- Dechanneling and Rechanneling Calculations
- Modified Dechanneling Theory and Diffusion Coefficients
- Inelastic Scattering in Channeling
- Channeling in a Non Perfect Crystal
- Transmission Energy Spectra of Channeled Protons Scattered in Thin Silicon Films
- Interference Decrease of Elastic Scattering of Fast Charged Particles in Single Crystals.