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Table of contents

  1. Front Matter
  2. Materials Science International Team MSIT®
    Pages 1-17
  3. Materials Science International Team MSIT®
    Pages 1-1
  4. Materials Science International Team MSIT®
    Pages 1-28
  5. Materials Science International Team MSIT®
    Pages 29-48
  6. Materials Science International Team MSIT®
    Pages 49-55
  7. Materials Science International Team MSIT®
    Pages 56-73
  8. Materials Science International Team MSIT®
    Pages 74-79
  9. Materials Science International Team MSIT®
    Pages 80-89
  10. Materials Science International Team MSIT®
    Pages 90-114
  11. Materials Science International Team MSIT®
    Pages 115-119
  12. Materials Science International Team MSIT®
    Pages 120-122
  13. Materials Science International Team MSIT®
    Pages 123-127
  14. Materials Science International Team MSIT®
    Pages 128-132
  15. Materials Science International Team MSIT®
    Pages 133-137
  16. Materials Science International Team MSIT®
    Pages 138-159
  17. Materials Science International Team MSIT®
    Pages 160-167
  18. Materials Science International Team MSIT®
    Pages 168-173
  19. Materials Science International Team MSIT®
    Pages 174-183
  20. Materials Science International Team MSIT®
    Pages 184-190
  21. Materials Science International Team MSIT®
    Pages 191-202
  22. Materials Science International Team MSIT®
    Pages 203-215
  23. Materials Science International Team MSIT®
    Pages 216-219
  24. Materials Science International Team MSIT®
    Pages 220-229
  25. Materials Science International Team MSIT®
    Pages 230-236
  26. Materials Science International Team MSIT®
    Pages 237-243
  27. Materials Science International Team MSIT®
    Pages 244-259
  28. Materials Science International Team MSIT®
    Pages 260-269
  29. Materials Science International Team MSIT®
    Pages 270-275
  30. Materials Science International Team MSIT®
    Pages 276-279
  31. Materials Science International Team MSIT®
    Pages 280-298
  32. Materials Science International Team MSIT®
    Pages 299-311
  33. Materials Science International Team MSIT®
    Pages 312-319
  34. Materials Science International Team MSIT®
    Pages 320-327
  35. Materials Science International Team MSIT®
    Pages 328-336
  36. Materials Science International Team MSIT®
    Pages 337-340
  37. Materials Science International Team MSIT®
    Pages 341-351
  38. Materials Science International Team MSIT®
    Pages 352-362
  39. Materials Science International Team MSIT®
    Pages 363-365
  40. Materials Science International Team MSIT®
    Pages 366-368
  41. Materials Science International Team MSIT®
    Pages 369-373
  42. Materials Science International Team MSIT®
    Pages 374-379
  43. Materials Science International Team MSIT®
    Pages 380-400
  44. Materials Science International Team MSIT®
    Pages 401-415
  45. Materials Science International Team MSIT®
    Pages 416-424
  46. Materials Science International Team MSIT®
    Pages 425-428
  47. Materials Science International Team MSIT®
    Pages 429-441
  48. Materials Science International Team MSIT®
    Pages 442-446
  49. Materials Science International Team MSIT®
    Pages 447-453
  50. Materials Science International Team MSIT®
    Pages 454-472

About this book

Keywords

crystallography engineering systems non-ferrous metal systems nuclear materials optimization phase diagrams phase equilibria ternary alloys thermodynamics

Editors and affiliations

  • G. Effenberg
    • 1
  • S. Ilyenko
    • 1
  1. 1.Materials Science International Services GmbHStuttgartGermany

Bibliographic information

  • DOI https://doi.org/10.1007/978-3-540-48478-3
  • Copyright Information Springer-Verlag Berlin Heidelberg 2007
  • Publisher Name Springer, Berlin, Heidelberg
  • eBook Packages Physics and Astronomy
  • Print ISBN 978-3-540-48474-5
  • Online ISBN 978-3-540-48478-3
  • Series Print ISSN 1615-2018
  • Series Online ISSN 1616-9557
  • Buy this book on publisher's site