M. Wiedeking

activity

20042023

most citedReference Database for Photon Strength Functions

164 citations · 1.2k across the 41 of their papers we have counts for

collaborators

Showing 2018Show all

3 papers · 1 filter

nucl-ex2018

Nuclear level densities and $γ$ -ray strength functions of $^{87} Kr$ -- First application of the Oslo Method in inverse kinematics

V. W. Ingeberg, S. Siem, M. Wiedeking +26

The $γ$ -ray strength function ( $γ$ SF) and nuclear level density (NLD) have been extracted for the first time from inverse kinematic reactions with the Oslo Method. This novel techn…

nucl-ex2018★ 1 cited

The gamma-ray strength function of $^{89}$ Y and $^{90}$ Y

G. M. Tveten, T. Renstrøm, A. C. Larsen +26

In this work, we present new data on the $^{89}$ Y( $γ$ ,n) cross section studied with a quasi-monochromatic photon beam produced at the NewSUBARU synchrotron radiation facility in Ja…

nucl-ex2018★ 43 cited

Understanding the Low-Energy Enhancement of the $γ$ -ray Strength Function of $^{56}$ Fe

M. D. Jones, A. O. Macchiavelli, M. Wiedeking +27

A model-independent technique was used to determine the $γ$ -ray Strength Function ( $γ$ SF) of $^{56}$ Fe down to $γ$ -ray energies less than 1 MeV for the first time with GRETINA usin…

Nuclear level densities and γ-ray strength functions of 87Kr -- First application of the Oslo Method in inverse kinematics

The gamma-ray strength function of 89Y and 90Y

Understanding the Low-Energy Enhancement of the γ-ray Strength Function of 56Fe

Nuclear level densities and $γ$ -ray strength functions of $^{87} Kr$ -- First application of the Oslo Method in inverse kinematics

The gamma-ray strength function of $^{89}$ Y and $^{90}$ Y

Understanding the Low-Energy Enhancement of the $γ$ -ray Strength Function of $^{56}$ Fe