F. Dunstetter

Publication List Details

Period

1993 - 1998

Number

9

Co-Authors

Fast Neutron Irradiated Magnetite and Haematite Investigated by Neutron Diffraction (1997)

Meillon, S., Dunstetter, F., Pascard, H., Rodriguez-Carvajal, J.

In this paper, we present new experimental results about crystallographic and magnetic properties obtained on magnetite Fe3O4 and haematite α-Fe2O3 samples irradiated by fast neutrons....

Fast Neutron Irradiated Magnetite and Haematite Investigated by Neutron Diffraction (1997)

Meillon, S., Dunstetter, F., Pascard, H., Rodriguez-Carvajal, J.

In this paper, we present new experimental results about crystallographic and magnetic properties obtained on magnetite Fe3O4 and haematite α-Fe2O3 samples irradiated by fast neutrons....

Fast Neutron Irradiated Magnetite and Haematite Investigated by Neutron Diffraction (1997)

Meillon, S., Dunstetter, F., Pascard, H., Rodriguez-Carvajal, J.

In this paper, we present new experimental results about crystallographic and magnetic properties obtained on magnetite Fe3O4 and haematite α-Fe2O3 samples irradiated by fast neutrons....

SANS study of structural changes in irradiated FeCu dilute alloys (1993)

Maury, F., Dunstetter, F., Lorenzelli, N., BouÉ, F.

Copper-rich precipitates formed in iron based dilute alloys by irradiation or thermal ageing, have been investigated using small angle neutron scattering (SANS). In particular, FeCu1.5% has been...

SANS study of structural changes in irradiated FeCu dilute alloys (1993)

Maury, F., Dunstetter, F., Lorenzelli, N., BouÉ, F.

Copper-rich precipitates formed in iron based dilute alloys by irradiation or thermal ageing, have been investigated using small angle neutron scattering (SANS). In particular, FeCu1.5% has been...

SANS study of structural changes in irradiated FeCu dilute alloys (1993)

Maury, F., Dunstetter, F., Lorenzelli, N., BouÉ, F.

Copper-rich precipitates formed in iron based dilute alloys by irradiation or thermal ageing, have been investigated using small angle neutron scattering (SANS). In particular, FeCu1.5% has been...