Raabe, D.

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MPG.PuRe

Raabe;  textures Copper Niobium Raabe, edoc Server, Max-Planck-Society        -        -                                        MPI Düsseldorf  1 Crystallographic textures of wire drawn and annealed Cu-18%Nb composite wires    D. Raabe  Max-Planck-Institut für Eisenforschung Max-Planck-Str. 1 40237 Düsseldorf Germany            Raabe;  textures Copper Niobium Raabe, edoc Server, Max-Planck-Society        -        -                                        MPI Düsseldorf  2 1.  As-Cast Cu-18%Nb   Figure A1. Cu RD inverse pole figure of the as-cast sample. Figure A2. Nb RD inverse pole figure of the as-cast  sample.    2. As-Drawn Cu-18%Nb  Figure A3. Cu RD inverse pole figure of the drawn sample with η = 2.08. Figure A4. Nb RD inverse pole figure of the drawn sample with η = 2.08. <013> <012> <113> <123> <133> <122> <112> <013> <012> <113> <123> <133> <122> <112> Raabe;  textures Copper Niobium Raabe, edoc Server, Max-Planck-Society        -        -                                        MPI Düsseldorf  3Figure A5. Cu RD inverse pole figure of the drawn sample with η = 3.01. Figure A6. Nb RD inverse pole figure of the drawn sample with η = 3.01. Figure A7. Cu RD inverse pole figure of the drawn sample with η = 3.95. Figure A8. Nb RD inverse pole figure of the drawn sample with η = 3.95. Figure A9. Cu RD inverse pole figure of the drawn sample with η = 4.97. Figure A10. Nb RD inverse pole figure of the drawn sample with η = 4.97.               Raabe;  textures Copper Niobium Raabe, edoc Server, Max-Planck-Society        -        -                                        MPI Düsseldorf  43. Drawn-Annealed Cu-18%Nb at T = 600°C 3.1 T = 600°C, t = 12 hr  Figure A11. Cu RD inverse pole figure of the drawn-annealed sample with η = 2.08, T = 600°C, t = 12 hr. Figure A12. Nb RD inverse pole figure of the drawn-annealed sample with η = 2.08, T = 600°C, t = 12 hr.  Figure A13. Nb RD inverse pole figure of the drawn-annealed sample with η = 3.01, T = 600°C, t = 12 hr. Figure A14. Nb RD inverse pole figure of the drawn-annealed sample with η = 3.01, T = 600°C, t = 12 hr. Figure A15. Cu RD inverse pole figure of the drawn-annealed sample with η = 3.95, T = 600°C, t = 12 hr. Figure A16. Nb RD inverse pole figure of the drawn-annealed sample with η = 3.95, T = 600°C, t = 12 hr.    Raabe;  textures Copper Niobium Raabe, edoc Server, Max-Planck-Society        -        -                                        MPI Düsseldorf  5 3.2 T = 600°C, t = 24 hr  Figure A17. Cu RD inverse pole figure of the drawn-annealed sample with η = 2.08, T = 600°C, t = 24 hr. Figure A18. Nb RD inverse pole figure of the drawn-annealed sample with η = 2.08, T = 600°C, t = 24 hr. Figure A19. Cu RD inverse pole figure of the drawn-annealed sample with η = 3.01, T = 600°C, t = 24 hr. Figure A20. Nb RD inverse pole figure of the drawn-annealed sample with η = 3.01, T = 600°C, t = 24 hr. Figure A21. Cu RD inverse pole figure of the drawn-annealed sample with η = 3.95, T = 600°C, t = 24 hr. Figure A22. Nb RD inverse pole figure of the drawn-annealed sample with η = 3.95, T = 600°C, t = 24 hr.    Raabe;  textures Copper Niobium Raabe, edoc Server, Max-Planck-Society        -        -                                        MPI Düsseldorf  6 4. Drawn-Annealed Cu-18%Nb at T = 800°C 4.1 T = 800°C, t = 30 min  Figure A23. Cu RD inverse pole figure of the drawn-annealed sample with η = 2.08, T = 800°C, t = 30 min. Figure A24. Nb RD inverse pole figure of the drawn-annealed sample with η = 2.08, T = 800°C, t = 30 min. Figure A25. Cu RD inverse pole figure of the drawn-annealed sample with η = 3.01, T = 800°C, t = 30 min. Figure A26. Nb RD inverse pole figure of the drawn-annealed sample with η = 3.01, T = 800°C, t = 30 min. Figure A27. Cu RD inverse pole figure of the drawn-annealed sample with η = 3.95, T = 800°C, t = 30 min. Figure A28. Nb RD inverse pole figure of the drawn-annealed sample with η = 3.95, T = 800°C, t = 30 min. Raabe;  textures Copper Niobium Raabe, edoc Server, Max-Planck-Society        -        -                                        MPI Düsseldorf  7Figure A29. Cu RD inverse pole figure of the drawn-annealed sample with η = 4.97, T = 800°C, t = 30 min. Figure A30. Nb RD inverse pole figure of the drawn-annealed sample with η = 4.97, T = 800°C, t = 30 min.   4.2 T = 800°C, t = 60 min  Figure A31. Cu RD inverse pole figure of the drawn-annealed sample with η = 2.08, T = 800°C, t = 60 min. Figure A32. Nb RD inverse pole figure of the drawn-annealed sample with η = 2.08, T = 800°C, t = 60 min. Figure A33. Cu RD inverse pole figure of the drawn-annealed sample with η = 3.01, T = 800°C, t = 60 min. Figure A34. Nb RD inverse pole figure of the drawn-annealed sample with η = 3.01, T = 800°C, t = 60 min. Raabe;  textures Copper Niobium Raabe, edoc Server, Max-Planck-Society        -        -                                        MPI Düsseldorf  8Figure A35. Cu RD inverse pole figure of the drawn-annealed sample with η = 3.95, T = 800°C, t = 60 min. Figure A36. Nb RD inverse pole figure of the drawn-annealed sample with η = 3.95, T = 800°C, t = 60 min. Figure A37. Cu RD inverse pole figure of the drawn-annealed sample with η = 4.97, T = 800°C, t = 60 min. Figure A38. Nb RD inverse pole figure of the drawn-annealed sample with η = 4.97, T = 800°C, t = 60 min.   5. Drawn-Annealed Cu-18%Nb at T = 1000°C 4.1 T = 1000°C, t = 30 min  Figure A39. Cu RD inverse pole figure of the drawn-annealed sample with η = 2.08, T = 1000°C,  t = 30 min. Figure A40. Nb RD inverse pole figure of the drawn-annealed sample with η = 2.08, T = 1000°C,  t = 30 min. Raabe;  textures Copper Niobium Raabe, edoc Server, Max-Planck-Society        -        -                                        MPI Düsseldorf  9Figure A41. Cu RD inverse pole figure of the drawn-annealed sample with η = 3.01, T = 1000°C,  t = 30 min. Figure A42. Nb RD inverse pole figure of the drawn-annealed sample with η = 3.01, T = 1000°C,  t = 30 min. Figure A43. Cu RD inverse pole figure of the drawn-annealed sample with η = 3.95, T = 1000°C,  t = 30 min. Figure A44. Nb RD inverse pole figure of the drawn-annealed sample with η = 3.95, T = 1000°C,  t = 30 min. Figure A45. Cu RD inverse pole figure of the drawn-annealed sample with η = 4.97, T = 1000°C,  t = 30 min. Figure A46. Nb RD inverse pole figure of the drawn-annealed sample with η = 4.97, T = 1000°C,  t = 30 min.     Raabe;  textures Copper Niobium Raabe, edoc Server, Max-Planck-Society        -        -                                        MPI Düsseldorf  105.2 T = 1000°C, t = 60 min  Figure A47. Cu RD inverse pole figure of the drawn-annealed sample with η = 2.08, T = 1000°C,  t = 60 min. Figure A48. Nb RD inverse pole figure of the drawn-annealed sample with η = 2.08, T = 1000°C,  t = 60 min. Figure A49. Cu RD inverse pole figure of the drawn-annealed sample with η = 3.01, T = 1000°C,  t = 60 min. Figure A50. Nb RD inverse pole figure of the drawn-annealed sample with η = 3.01, T = 1000°C,  t = 60 min. Figure A51. Cu RD inverse pole figure of the drawn-annealed sample with η = 3.95, T = 1000°C,  t = 60 min. Figure A52. Nb RD inverse pole figure of the drawn-annealed sample with η = 3.95, T = 1000°C,  t = 60 min. Raabe;  textures Copper Niobium Raabe, edoc Server, Max-Planck-Society        -        -                                        MPI Düsseldorf  11Figure A53. Cu RD inverse pole figure of the drawn-annealed sample with η = 4.97, T = 1000°C,  t = 30 min. Figure A54. Nb RD inverse pole figure of the drawn-annealed sample with η = 4.97, T = 1000°C,  t = 30 min.  

Crystallographic textures of wire drawn and annealed Cu-18%Nb composite wires

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MPG.PuRe