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Beta-Order-Disorder — Cu-Zn

Name: Binary Phase Diagrams — Cu-Zn: invariant point or boundary beta_order_disorder · engineering significance Beta prime is harder and more brittle than disordered beta; affects hot-working… · phase description Beta to beta-prime (ordered BCC) order-disorder transition at 468°C · composition 1 wt pct 45 wt% · temperature C 468 C
Creator: Engineering Database

Alloy System: Cu-Zn
Invariant Point Or Boundary: Beta Order Disorder
Component 1 Name: Zn
Component 2 Name: Cu
Composition 1 Wt Pct (wt%): 45
Engineering Significance: Beta Prime Is Harder and More Brittle Than Disordered beta; Affects Hot-Working Temperature
Phase Alpha: Beta Bcc
Phase Beta: Beta Prime Ordered
Phase Description: Beta to Beta-Prime (ordered BCC) Order-Disorder Transition at 468°C
Reaction Type: Phase Boundary
Temperature C (C): 468

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Cu-Zn — invariant point or boundary beta_order_disorder · engineering significance Beta prime is harder and more brittle than disordered beta; affects hot-working… · phase description Beta to beta-prime (ordered BCC) order-disorder transition at 468°C · composition 1 wt pct 45 wt% · temperature C 468 C | Binary Phase Diagrams | Engineering Database