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18–20 Oct 2017
Royal Institute of Technology, KTH
Europe/Stockholm timezone

Fission dynamics with microscopic level-densities

19 Oct 2017, 15:50
20m
Lecture Hall FB53 (Royal Institute of Technology, KTH)

Lecture Hall FB53

Royal Institute of Technology, KTH

Alba Nova University Center Roslagstillsbacken 21, 114 21 Stockholm
Short contribution SFS - KF

Speaker

Mr Martin Albertsson (Lunds universitet)

Description

Presentation of fission dynamics in the recently developed framework where microscopic level densities are combined with the Metropolis walk method. This method is used to describe neutron induced fission and predict how the resulting fission fragment mass distributions depend on the energy of the incoming neutron. The method is extended to allow predictions of how the available excitation energy is shared between heavy and light fragments. From the excitation energy distributions one can deduce how many new neutrons that will be emitted following fission.

Primary author

Mr Martin Albertsson (Lunds universitet)

Co-authors

Mr Daniel Ward (Department of Physics, Lund University) Gillis Carlsson (matematisk fysik Lund) Jørgen Randrup (Lawrence Berkeley National Laboratory, USA) Peter Möller (Los Alamos National Laboratory, USA) Sven Åberg (L) Thomas Døssing (Niels Bohr Institute)

Presentation materials

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