The Al-Cu (Aluminum-Copper) system

Bulletin of Alloy Phase Diagrams

Volumn 1, Issue 1, 1980, Pages 27-33

  Massalski, T B ^a  

^a CARNEGIE MELLON UNIVERSITY   (United States)

Author keywords

[No Author keywords available]

Indexed keywords

EID: 51849172804     PISSN: 01970216     EISSN: None     Source Type: Journal    
DOI: 10.1007/BF02883281     Document Type: Article

References (46)

1. Alloy Phases of the Noble Metals
2. The Electron Microscope Investigation of Precipitation in Aluminium-Copper Solid Solutions. III
3. The Electron Microscope Investigation of Precipitation in Aluminium-Copper Solid Solutions. II
4. Martensitic Transformations in Copper-Silver-and Gold-Based Alloys
5. The Electron-Metallography and Crystallography of Copper-Alumium Martensites
6. Phases in Cupro-Al and Their Metallographic Examination
7. Metastable Systems Involving β and β1 Phases in Copper-Aluminium Alloys
8. The Cooling Transformations in the Beta Eutectoid Alloys of the Cu−Al System
9. The Solubility of Copper and Cadmium in Aluminum
10. The Deformed Lattices of the Copper-Aluminum Alloys (review)
11. Stacking Faults in the Martensite of Cu−Al Alloy
12. Microstructure, Crystal Structure, and Mechanical Properties of Martensite Phases in Copper Alloys
13. Refinement of the Gamma-Cu9Al4 Structure
14. Phase Analysis at 660°C of the Gamma Region of the Copper-Aluminum System
15. Experimental Observation of the Intermediate μ-phase in Cu−Al β Alloys
16. Mechanisms of Formation of θ and Dissolution of θ′ Precipitates in anAl-4% Cu Alloy
17. Stacking Fault Probabilities in Copper-Aluminum Martensite Transformed in Thin Foils
18. Remarks on the Structure of Martensites in Cu−Al Alloys
19. Structure of Solid Solutions based on Electronic Compounds of the γ-Brass Type
20. Phase Equilibrium and Transformations in Cu−Al Alloys under High Hydrostatic Pressure
21. Structure of a New Ordered Phase Obtained by Annealing β′-Martensite from Copper-Aluminum Alloys
22. A Redetermination of the Distribution of Atoms in Cu5Zn8, Cu5Cd8 and Cu9Al4
23. Thermodynamics of Martensitic and Eutectoid Transformations in the Cu−Al System
24. Mechanism and Kinetics of Eutectoid Reaction in Cu−Al System
25. Disperse Order—A Model for the Partially Ordered State of Concentrated-Alloy Solid Solutions. I. Experimental Observations and Basic Features of the Model
26. Phase Transformations in Beta-Cu−Al on Extremely Rapid Cooling from the Melt
27. Kinetics of Growth of Platelike Precipitates
28. Diagrams of Structural States for Hot-Worked Al Alloys
29. Features of the Rearrangement of a Face-Centered Cubic Lattice to Those of the Al2Cu and MgZn2 Types
30. Analogies Between Steels and Copper-Aluminium Alloys
31. Analogies Between Steels and Cu−Al Alloys
32. Analogies Between Steels and Cu−Al Alloys. III
33. Analogies Between Steels and Cu−Al Alloys. IV
34. Formation Process of Alpha 2-Phase in Cu−Al Alloys
35. Calorimetric Studies to Determine the Specific Boundary Surface Enthalpy of the Phase Boundaries of the Eutectoid Composition Alloys Cu−24.0 At% Al and Cu−20.15 At% In
36. Solubility Study of Cu in Al Using Zener Relaxation
37. Studies of Martensitic Transformation in Cu−Al Alloys by Positron Annihilation
38. Deposition by Evaporation of Cu−Al Alloy Films
39. Phase Boundaries and Interlamellar Spacing in Solidification of the Eutectic System Al−CuAl2
40. Crystal Perfection in a Non-Centrosymmetric Alloy: Refinement and Test of Twinning of the γ-Cu9Al4 Structure