Applying Quantum Mechanics to Alloy Design for Nuclear Reactor Steels

Session

4 Jun 2013, 08:30

CSEC Seminar Room 3808 (Erskine Williamson Building)

Contribution list Timetable

0. Modeling of Radiation Induced Segregation in Dilute Fe-Cr Alloys

Frédéric Soission (CEA Saclay)

04/06/2013, 09:00

20. Transmission Electron Microscopy (TEM) investigation of the microstructure evolution under neutron and ion irradiation of FeCr alloys

Mercedes Hernández-Mayoral (CIEMAT)

04/06/2013, 09:30

21. A radiation-induced nanostructure evolution model for Fe-C, Fe-C-Cr and other alloys

Lorenzo Malerba (SCK.CEN)

04/06/2013, 10:00

22. A Direct Comparison of Fe6%Cr Subject to Ion and Neutron Irradiation

Christopher Hardie (CCFE)

04/06/2013, 10:30

23. Modeling of diffusion, segregation and decomposition of alloys using OKMC: Applications to FeCr

Ignacio Martin-Bragado (IMDEA)

04/06/2013, 11:30

24. Application of a three-featured dispersed-barrier hardening model to neutron-irradiated FeCr alloys

Frank Bergner (HZDR)

04/06/2013, 12:00

25. Ab initio study of basic properties of minor alloying elements in high-Cr ferritic steels

Lorenzo Malerba (SCK.CEN)

04/06/2013, 12:30

26. Ab initio investigation of austenitic steels: The interplay of composition, magnetism and mechanical behaviour

Tilmann Hickel (MPIE)

04/06/2013, 14:00

27. Finally, a functional spin-polarized potential for alpha and gamma iron?!!

Janne Wallenius (KTH)

04/06/2013, 14:30

28. Quantum mechanical simulation of magnetic alloys: The correct tight-binding Hamiltonian

Marc Coury (Imperial College London)

04/06/2013, 15:00

29. A New Mechanism of Loop Formation and Transformation in bcc Iron without Dislocation Reaction

Jiachao Chen (PSI)

04/06/2013, 16:00

30. SANS-TEM results correlation on irradiated steels

Roberto Coppola (ENEA)

04/06/2013, 16:30