Diffusion in Copper and Copper Alloys Part Iv. Diffusion in Systems Involving Elements of Group VIII

By Butrymowicz, Daniel B.

Book Id: WPLBN0000663032
Format Type: PDF eBook:
File Size: 9.16 MB
Reproduction Date: 2005

Title:	Diffusion in Copper and Copper Alloys Part Iv. Diffusion in Systems Involving Elements of Group VIII
Author:	Butrymowicz, Daniel B.
Volume:
Language:	English
Subject:	Technology., Reference materials, Technology and literature
Collections:	Techonology eBook Collection
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Citation APA MLA Chicago B. Butrymowic, B. D. (n.d.). Diffusion in Copper and Copper Alloys Part Iv. Diffusion in Systems Involving Elements of Group VIII. Retrieved from http://gutenberg.cc/

Description
Technical Reference Publication

Excerpt
Excerpt: Organization of Review According to Alloy System. The present review is the second in a series designed to provide data on diffusion in copper and copper alloys. The first paper [I] in this series covered copper self diffusion. The present paper begins the coverage of diffusion in copper alloys with the copper-silver and copper-gold systems. Succeeding papers in this series will cover the remaining copper alloy systems. The term copper alloy system is interpreted in the broadest sense here. For example, the review of diffusion in the copper-silver system includes all diffusion situations which involve both copper and silver. This same format will be followed for all copper alloy systems. According to this format, the copper-silver review treats...

Table of Contents
Contents. ........................................ List of Figures ............................................. 105 3.10. Cu-Fe-C. ......................................... 1. Introduction ............................................ 106 3.1 1. Cu.Fe.Cr ......................................... 1.1. Organization of Heview According to 3.12. Cu.Fe.Mo ........................................ Alloy System .................................... 106 3.13. Cu-Fe-Ni. ........................................ 1.2. Methods Used to Present and Compare 3.14. Cu.Fe.0 .......................................... Data ............................................... 107 3.15. Cu-Fe-P. ......................................... 1.3. Different Types of Diffusion Coeffi- 3.16. Cu-Fe-Sb ......................................... cients ............................................. 108 3.17. Cu.Fe.Si .......................................... 1.4. Other Diffusion Related Quantities ........ 109 3.18. Cu-Fe-Sn ......................................... 1.5. Note on References ........................... 110 3.19. Cu-Fe-Zr. ........................................ 1.6. Introduction References ..................... 110 3.20. Cu-Fe-X .......................................... 2 . Copper-Cobalt ......................................... 110 3.21. Grain Boundary Diffusion ................... 2.1. Co*-+ Cu ........................................ 110 3.22. Surfacc Diffusion .............................. 2.2. Cu-Co Interdiffusion .......................... 112 3.23. Electromigration .............................. 2.3. Cu.Co.Au ........................................ 112 3.24. Molten Metals ................................. 2.4. Cu-Co-0 .......................................... 113 3.25. Cu-Fe References ............................. 2.5. Cu-Co-Ti-X ...................................... 113 4 . Copper-Nickel .......................................... 2.6. Cu.Co.Zn ........................................ 114 4.1. Ni*+Cu ....................................... 2.7. Electromigration ............................... 115 4.2. Cu*+ Ni ....................................... 2.8. Thermomigration .............................. 116 4.3. Ni*-+ Cu-Ni .................................... 2.9. Molten Metals ................................. 116 4.4. Cu*+ Cu-Ni ....................... ; ............ 2.10. Cu-CO References ............................. 117 4.5. Cu-Ni Interdiffusion .......................... 3. Copper.Iron ............................................. 118 4.6. Cu-Ni-As. ........................................ 3.1. Fe*-+Cu. ....................................... 118 4.7. Cu-Ni-Au. ........................................ 3.2. Cu*+ Fe ....................................... 118 4.8. Cu-Ni-C .......................................... 3.3. Fe*+ Fe-Cu ................................... 121 4.9. Cu-Ni-Cd. ........................................ 3.4. Cu*+Cu-Fe ................................... 123 4.10. Cu.Ni.Cr ......................................... 3.5. Cu-Fe Interdiffusion .......................... 123 4.1 1 . Cu-Ni-Fe ......................................... 3.6. Cu-Fe-Ag ......................................... 125 4.12. Cu.Ni.Ge ......................................... 3.7. Cu.Fe.AI ......................... ...... . . . . . . 125 4 I.? Ct1.Ni.H.. ................................. 3.8. Cu-Fe-B .......................................... 125 4.14. Cu-Ni-Mn ........................................ 4.15. Cu.Ni.Mo ........................................ Copyright @ 1976 by the U.S. Secretary of Commerce on behalf of the United States . This .......................................... eop~right mU be assigned to the Americen'lnstitute of Physics and the American Chemical 4.16. CU-Ni-0 Society. to ;horn all requests regarding reproduction shodd be eddresacd.