J. E. Midtbø

activity

20182020

most citedStrong enhancement of level densities in the crossover from spherical to deformed neodymium isotopes

19 citations · 19 across the 1 of their papers we have counts for

collaborators

Showing 2019Show all

3 papers · 1 filter

nucl-ex2019

The beta-Oslo method: experimentally constrained ( $n, γ$ ) reaction rates relevant to the $r$ -process

A. C. Larsen, S. N. Liddick, A. Spyrou +4

Unknown neutron-capture reaction rates remain a significant source of uncertainty in state-of-the-art $r$ -process nucleosynthesis reaction network calculations. As the $r$ -process…

physics.comp-ph2019

A new software implementation of the Oslo method with rigorous statistical uncertainty propagation

Jørgen E. Midtbø, Fabio Zeiser, Erlend Lima +6

The Oslo method comprises a set of analysis techniques designed to extract nuclear level density and average $γ$ -decay strength function from a set of excitation-energy tagged $γ$ -…

nucl-ex2019

Restricted spin-range correction in the Oslo Method: The example of nuclear level density and $γ$ -ray strength function from $^{239} Pu (d, p γ)^{240} Pu$

F. Zeiser, G. M. Tveten, G. Potel +19

The Oslo Method has been applied to particle- $γ$ coincidences following the $^{239} Pu$ (d,p) reaction to obtain the nuclear level density (NLD) and $γ$ -ray strength functio…

The beta-Oslo method: experimentally constrained (n,γ) reaction rates relevant to the r-process

A new software implementation of the Oslo method with rigorous statistical uncertainty propagation

Restricted spin-range correction in the Oslo Method: The example of nuclear level density and γ-ray strength function from 239Pu(d,pγ)240Pu

The beta-Oslo method: experimentally constrained ( $n, γ$ ) reaction rates relevant to the $r$ -process

Restricted spin-range correction in the Oslo Method: The example of nuclear level density and $γ$ -ray strength function from $^{239} Pu (d, p γ)^{240} Pu$