Computer Simulation of the Interaction Between An Extended Dislocation and Radiation Defects in the fcc Lattice

Articles in the same Issue

1. Inhalt
2. Aufsätze
3. The 6 MV Pelletron at Stuttgart - an Accelerator for Ions, Positrons and Electrons
4. Buchbesprechungen
5. Diffusion in Solid Metals and Alloys, Group III, Vol. 26
6. Aufsätze
7. Atomic Defects in Yttria - and Calcia - stabilized Zirconia
8. Erratum/Berichtigung
9. Zur Bereich-IV-Verfestigung von kfz Kristallen
10. In-situ Straining Experiments in the Hish Voltage Electron Microscope to Study Precipitation Hardening
11. Ferroelasticity of t’-ZrO ₂
12. Considerations on Thermal Equilibrium Defect Formation in Intermetallic Compounds within a Nearest-neishbour Bond Model
13. Diffusion and Relaxation Processes of Hydrogen in Heterogeneous Microerystalline Fe - Zr Alloys
14. Realstruktur von Einkristallen und die Intensitäten von Braggreflexen
15. Dislocation Sources in Sapphire (a-Al ₂O ₃) Near Microhardness Indents
16. Computer Simulation of the Interaction Between An Extended Dislocation and Radiation Defects in the fcc Lattice
17. Mitteilungen
18. Deutsche Gesellschaft für Materialkunde e.V.
19. Personen
20. Veranstaltungen
21. Impressum
22. Impressum