B. L. Goldblum

activity

20152019

^{243}

Pu, and

^{242}

Pu(n,

γ

) cross section calculation

34 citations · 42 across the 3 of their papers we have counts for

collaborators

3 papers

nucl-ex2019★ 2 cited

Impact of restricted spin-ranges in the Oslo Method: The example of (d,p) $^{240} Pu$

F. Zeiser, G. Potel, G. M. Tveten +18

In this paper we present the first systematic analysis of the impact of the populated vs. intrinsic spin distribution on the nuclear level density and $γ$ -ray strength function ret…

nucl-ex2018★ 6 cited

Radiative-capture cross sections for the $^{139}$ La( $n, γ$ ) reactionusing thermal neutrons and structural properties of $^{140}$ La

A. M. Hurst, A. Sweet, B. L. Goldblum +11

A set of prompt partial $γ$ -ray production cross sections from thermal neutron-capture were measured for the $^{139}$ La( $n, γ$ ) reaction using a guided beam of subthermal (thermal a…

nucl-ex2015★ 34 cited

Statistical properties of $^{243}$ Pu, and $^{242}$ Pu(n, $γ$ ) cross section calculation

T. A. Laplace, F. Zeiser, M. Guttormsen +24

The level density and gamma-ray strength function (gammaSF) of 243Pu have been measured in the quasi-continuum using the Oslo method. Excited states in 243Pu were populated using t…

Impact of restricted spin-ranges in the Oslo Method: The example of (d,p)240Pu

Radiative-capture cross sections for the 139La(n,γ) reactionusing thermal neutrons and structural properties of 140La

Statistical properties of 243Pu, and 242Pu(n,γ) cross section calculation

Impact of restricted spin-ranges in the Oslo Method: The example of (d,p) $^{240} Pu$

Radiative-capture cross sections for the $^{139}$ La( $n, γ$ ) reactionusing thermal neutrons and structural properties of $^{140}$ La

Statistical properties of $^{243}$ Pu, and $^{242}$ Pu(n, $γ$ ) cross section calculation