Three-Dimensional Atom Probe Analysis of Carbon Distribution in Low-Temperature Bainite

M. Peet, S. S. Babu, M. K. Miller and H. K. D. H. Bhadeshia

The images presented below are from research described in the Scripta Materialia article available below. Each of the bright spots represents an atom. The red blobs visible on some of the images are artifacts.

Scripta Materialia, 50 (2004) 1277-1281.

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Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.
Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.
Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.
Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.
Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.
Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.
Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.
Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.
Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.
Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.
Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.
Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.
Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.
Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.
Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.
Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.
Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.
Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.
Bainite and retained austenite: field ion microscope image showing atoms.	Bainite and retained austenite: field ion microscope image showing atoms.

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