International audienceResolved resonance evaluation of the 239Pu cross section in the energy range up 4 keV has been carried out with the SAMMY computer code. Existing resolved resonance evaluation such as ENDF/B-VIII.0 and JENDL4 data libraries for 239Pu is limited to 2.5 keV whereas above this energy the unresolved resonance methodology is used. High resolution transmission and fission data taken at the Oak Ridge Electron Linear Accelerator (ORELA) permitted extending the resonance region up to 4 keV. The thermal and average fission cross section values calculated with the resonance parameters derived in the evaluation fall close to that indicated in the suggested IAEA fission standards
International audienceThis paper presents a new analysis of the $^{238}$U cross sections in the unre...
A new resolved resonance region evaluation of 63,65Cu was done in the energy region from 10−5 eV to ...
To obtain the resonance parameters in a single energy range up to 2.5 keV neutron energy and the cor...
International audienceResolved resonance evaluation of the 239Pu cross section in the energy range u...
International audienceResolved resonance evaluation of the 239Pu cross section in the energy range u...
International audienceResolved resonance evaluation of the 239Pu cross section in the energy range u...
International audienceResolved resonance evaluation of the 239Pu cross section in the energy range u...
International audienceResolved resonance evaluation of the 239Pu cross section in the energy range u...
Resolved resonance evaluation of the 239Pu cross section in the energy range up 4 keV has been carri...
Resolved resonance evaluation of the 239Pu cross section in the energy range up 4 keV has been carri...
A resonance analysis of the 233U data in the neutron energy range from thermal to 600 eV were done w...
A resonance analysis of the 233U data in the neutron energy range from thermal to 600 eV were done w...
This paper discusses the resonance evaluation of the 235U cross sections in the unresolved resonance...
International audienceThis paper presents a new analysis of the $^{238}$U cross sections in the unre...
International audienceThis paper presents a new analysis of the $^{238}$U cross sections in the unre...
International audienceThis paper presents a new analysis of the $^{238}$U cross sections in the unre...
A new resolved resonance region evaluation of 63,65Cu was done in the energy region from 10−5 eV to ...
To obtain the resonance parameters in a single energy range up to 2.5 keV neutron energy and the cor...
International audienceResolved resonance evaluation of the 239Pu cross section in the energy range u...
International audienceResolved resonance evaluation of the 239Pu cross section in the energy range u...
International audienceResolved resonance evaluation of the 239Pu cross section in the energy range u...
International audienceResolved resonance evaluation of the 239Pu cross section in the energy range u...
International audienceResolved resonance evaluation of the 239Pu cross section in the energy range u...
Resolved resonance evaluation of the 239Pu cross section in the energy range up 4 keV has been carri...
Resolved resonance evaluation of the 239Pu cross section in the energy range up 4 keV has been carri...
A resonance analysis of the 233U data in the neutron energy range from thermal to 600 eV were done w...
A resonance analysis of the 233U data in the neutron energy range from thermal to 600 eV were done w...
This paper discusses the resonance evaluation of the 235U cross sections in the unresolved resonance...
International audienceThis paper presents a new analysis of the $^{238}$U cross sections in the unre...
International audienceThis paper presents a new analysis of the $^{238}$U cross sections in the unre...
International audienceThis paper presents a new analysis of the $^{238}$U cross sections in the unre...
A new resolved resonance region evaluation of 63,65Cu was done in the energy region from 10−5 eV to ...
To obtain the resonance parameters in a single energy range up to 2.5 keV neutron energy and the cor...