The paper reviews recent developments in γ-ray spectroscopy of the neutron-rich fragments
produced in nuclear fission. This subject has been an intensive area of study spanning more …

We present a review of the electronic γ-γ “fast-timing” technique in combination with LaBr 3
(Ce) scintillator detectors. The γ-γ fast-timing technique has increased in popularity since the …

FIPPS is the new nuclear physics instrument of ILL for the spectroscopy of nuclei produced
in neutron-induced reactions. The performance of the first implementation of the setup will …

We report on spectroscopic information and lifetime measurements of even-even neutron-
rich Te isotopes. Excited states were populated in fast-neutron induced fission of U 238 at …

The first systematic experimental study of the neutron-rich Br isotopes with two
complementary state-of-the-art techniques is presented. These isotopes were populated in …

Abstract γ-ray spectroscopy of fission fragments is a powerful method for studies of nuclear
structure properties. Recent results on the spectroscopy of fission fragments, using the …

Excited levels in Sr 90, Sr 92, Sr 94, and Sr 96 nuclei were reinvestigated using high-
statistics multiple-γ coincidence data from neutron-induced fission of U 235 and …

Excited levels in Kr 92, Zr 96, and Mo 98 nuclei were reinvestigated using high-statistics
multiple-γ coincidence data measured with the EXILL and FIPPS Ge arrays, following …

Nuclear photonics is a emerging field of science which combines research with new
generation γ-ray sources based on traditional and laser-based electron accelerators. Here …

A detailed investigation on the relative isotopic distributions has been carried out for the first
time in case of even-even correlated fission fragments for the U 235 (n th, f) fission reaction …