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The Binary System Iron - Neodymium
-
Gerhard Schneider
, Ernst-Theo Henig , Günter Petzow and Hans H. Stadelmaier
Published/Copyright:
April 20, 2021
Published Online: 2021-04-20
Published in Print: 1987-10-01
© 2021 by Walter de Gruyter Berlin/Boston
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Articles in the same Issue
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- The Effect of Aging at Ambient Temperature on Martensitic Transformation of a β-CuZn Shape Memory Alloy
- The Binary System Iron - Neodymium
- Welchen Einfluß hat die Assoziatgröße auf die thermodynamischen Mischungsfunktionen flüssiger Metallegierungen?
- Thermodynamic Analysis of the Co-C System
- Interaction Between Sulfur and Germanium, and Sulfur and Antimony in Liquid Indium
- Etude Thermodynamique des Alliages Etain - Selenium
- A Kinetic Model for the Reversion of Particles in a Two-Dimensional Alloy System
- The Ternary System Nb - Sn - Cu at 675 °C
- Energy Release on Heating of a Deformed Amorphous Alloy
- Wasserstofflöslichkeiten im flüssigen ternären System Eisen-Nickel-Molybdän
- The Mixed Morphology of Martensites in Fe-Ni Alloy and Their Defect Characteristics
- Positron Study of Crystal Defects During Martensitic Transformation in Fe-27.91 at.% Ni Alloy
- Gesellschaftsnachrichten
Articles in the same Issue
- Zur Frage der spinodalen Entmischung metallischer Schmelzen unter Mikrogravität
- The Effect of Aging at Ambient Temperature on Martensitic Transformation of a β-CuZn Shape Memory Alloy
- The Binary System Iron - Neodymium
- Welchen Einfluß hat die Assoziatgröße auf die thermodynamischen Mischungsfunktionen flüssiger Metallegierungen?
- Thermodynamic Analysis of the Co-C System
- Interaction Between Sulfur and Germanium, and Sulfur and Antimony in Liquid Indium
- Etude Thermodynamique des Alliages Etain - Selenium
- A Kinetic Model for the Reversion of Particles in a Two-Dimensional Alloy System
- The Ternary System Nb - Sn - Cu at 675 °C
- Energy Release on Heating of a Deformed Amorphous Alloy
- Wasserstofflöslichkeiten im flüssigen ternären System Eisen-Nickel-Molybdän
- The Mixed Morphology of Martensites in Fe-Ni Alloy and Their Defect Characteristics
- Positron Study of Crystal Defects During Martensitic Transformation in Fe-27.91 at.% Ni Alloy
- Gesellschaftsnachrichten