A fast-timing experiment was performed at the Argonne National Laboratory in December 2015 and January 2016, measuring decay radiation of fission products from a Cf-252 fission source. Details of the set-up, integration with Digital Gammasphere, and the data acquisition system are presented. The timing performance of the set-up, capable of measuring lifetimes from the nanosecond region down to tens of picoseconds, is discussed. First preliminary results from the fast-timing analysis of the fission fragment data are presented
Background characterisation in γ-γ fast-timing measurements is of essential importance when lifetim...
The ultra-fast timing technique was introduced in the 1980s and is capable of measuring picosecond l...
A novel method for direct electronic “fast-timing” lifetime measurements of nuclear excited states v...
A fast-timing experiment was performed at the Argonne National Laboratory in December 2015 and Janua...
A fast-timing experiment was performed at the Argonne National Laboratory in December 2015 and Janua...
In order to investigate the evolution of nuclear deformation in the region of the chart of nuclides ...
A fast-timing experiment was performed at the Argonne National Laboratory to measure the lifetimes o...
The design of a fast-timing γ-ray detection array aimed at measuring sub-nanosecond half-lives using...
The electronic gamma-gamma fast-timing technique using arrays consisting of many LaBr3(Ce) detectors...
International audienceAt the Institut Laue-Langevin in Grenoble, germanium-gated γ-γ fast-timing lif...
The lifetimes of nuclear excited states are important observables in nuclear physics. Their precise ...
This is an Open Access article distributed under the terms of the Creative Common Attribution Licenc...
In order to perform half-life measurements at Alto, we developed a fast-timing setup using fast scin...
At the Institut Laue-Langevin in Grenoble, germanium-gated γ-γ fast-timing lifetime measurements of ...
A novel method for direct electronic fast-timing lifetime measurements of nuclear excited states via...
Background characterisation in γ-γ fast-timing measurements is of essential importance when lifetim...
The ultra-fast timing technique was introduced in the 1980s and is capable of measuring picosecond l...
A novel method for direct electronic “fast-timing” lifetime measurements of nuclear excited states v...
A fast-timing experiment was performed at the Argonne National Laboratory in December 2015 and Janua...
A fast-timing experiment was performed at the Argonne National Laboratory in December 2015 and Janua...
In order to investigate the evolution of nuclear deformation in the region of the chart of nuclides ...
A fast-timing experiment was performed at the Argonne National Laboratory to measure the lifetimes o...
The design of a fast-timing γ-ray detection array aimed at measuring sub-nanosecond half-lives using...
The electronic gamma-gamma fast-timing technique using arrays consisting of many LaBr3(Ce) detectors...
International audienceAt the Institut Laue-Langevin in Grenoble, germanium-gated γ-γ fast-timing lif...
The lifetimes of nuclear excited states are important observables in nuclear physics. Their precise ...
This is an Open Access article distributed under the terms of the Creative Common Attribution Licenc...
In order to perform half-life measurements at Alto, we developed a fast-timing setup using fast scin...
At the Institut Laue-Langevin in Grenoble, germanium-gated γ-γ fast-timing lifetime measurements of ...
A novel method for direct electronic fast-timing lifetime measurements of nuclear excited states via...
Background characterisation in γ-γ fast-timing measurements is of essential importance when lifetim...
The ultra-fast timing technique was introduced in the 1980s and is capable of measuring picosecond l...
A novel method for direct electronic “fast-timing” lifetime measurements of nuclear excited states v...