Add to ORKGNuclear resonance fluorescence experiments with linearly polarized bremsstrahlung were performed to determine parities of strong dipole transitions in 40Ar. A total of 14 transitions—ten of them previously unknown—in the energy range from 4.7 to 10.2 MeV could be identified. From this experiment it is evident that the main dipole strength to bound states is due to E1 excitations. An upper limit of B(M1) [up arrow] <0.5 µN2 was found for individual magnetic dipole excitations in 40Ar in the energy region below neutron threshold
The distribution of electromagnetic dipole strength in 92, 98, 100Mo has been investigated by photon...
The electric dipole strength distribution in 130Te has been investigated using the method of Nuclear...
Several cases of nuclear resonance scattering below the neutron emission threshold energy region hav...
Nuclear resonance fluorescence measurements with linearly polarized bremsstrahlung were performed to...
The parities of eleven J=1 levels in 208Pb were determined by nuclear resonance fluorescence scatter...
The low-lying dipole strength of the N=28 closed-shell nucleus ⁵²Cr was studied with nuclear resonan...
The low-lying dipole strength in $^{52}$Cr was measured in nuclear resonance fluorescence experiment...
Low-lying electric dipole (E1) and magnetic dipole (M1) excitations are fundamental modes of atomic ...
The low-lying dipole strength of the open-shell nucleus Mo-94 was studied via the nuclear resonance ...
Within this thesis, nuclear resonance fluorescence experiments were analyzed which have been perform...
The dipole strength of 206Pb was studied below the neutron separation energy using photon scattering...
Background: Within the last decade, below the giant dipole resonance the existence of a concentratio...
We report photon-scattering experiments using bremsstrahlung at the γELBE facility of Helmholtz-Zent...
The dipole strength of 206Pb was studied below the neutron separation energy using photon scattering...
Nuclear resonance fluorescence experiments were carried out at the High-Intensity γ -ray Source faci...
The distribution of electromagnetic dipole strength in 92, 98, 100Mo has been investigated by photon...
The electric dipole strength distribution in 130Te has been investigated using the method of Nuclear...
Several cases of nuclear resonance scattering below the neutron emission threshold energy region hav...
Nuclear resonance fluorescence measurements with linearly polarized bremsstrahlung were performed to...
The parities of eleven J=1 levels in 208Pb were determined by nuclear resonance fluorescence scatter...
The low-lying dipole strength of the N=28 closed-shell nucleus ⁵²Cr was studied with nuclear resonan...
The low-lying dipole strength in $^{52}$Cr was measured in nuclear resonance fluorescence experiment...
Low-lying electric dipole (E1) and magnetic dipole (M1) excitations are fundamental modes of atomic ...
The low-lying dipole strength of the open-shell nucleus Mo-94 was studied via the nuclear resonance ...
Within this thesis, nuclear resonance fluorescence experiments were analyzed which have been perform...
The dipole strength of 206Pb was studied below the neutron separation energy using photon scattering...
Background: Within the last decade, below the giant dipole resonance the existence of a concentratio...
We report photon-scattering experiments using bremsstrahlung at the γELBE facility of Helmholtz-Zent...
The dipole strength of 206Pb was studied below the neutron separation energy using photon scattering...
Nuclear resonance fluorescence experiments were carried out at the High-Intensity γ -ray Source faci...
The distribution of electromagnetic dipole strength in 92, 98, 100Mo has been investigated by photon...
The electric dipole strength distribution in 130Te has been investigated using the method of Nuclear...
Several cases of nuclear resonance scattering below the neutron emission threshold energy region hav...