In this paper, the AGS (Analysis of Generic TOF_Spectra) system is described. The AGS system has been developed to transform count rate spectra of time of flight measurements in an efficient and convenient way into experimental observables, which can be used as input for nuclear reaction model fitting codes. It is explained how the covariance matrix can be broken down in an uncorrelated and a correlated part. The latter may in turn be expressed as the product of a rectangular matrix with its own transpose. We describe how this representation is used to propagate uncertainties starting from uncorrelated uncertainties due to counting statistics and to store the full covariance information with reduced storage space.JRC.D.5-Neutron physic
An extensive set of covariances for neutron cross sections has been developed to provide initial, lo...
With the advent of modern nuclear reaction modeling codes, it has become possible to produce evaluat...
International audienceThe development of tools for nuclear data uncertainty propagation in lattice c...
Results of neutron time-of-flight measurements are commonly used to parameterize neutron induced rea...
A data format for time-of-flight spectra (transmission, reaction and self-indication yields) and the...
Abstract. The generation and use of data covariance matrices are discussed within the context of the...
Although the importance of covariances has been recognized by the nuclear community, there appears t...
The growing need for covariance information to accompany the evaluated cross section data libraries ...
In the last decade or so, estimating uncertainties associated with nuclear data has become an almost...
International audienceThe necessary improvement of evaluated nuclear data for nuclear applications d...
In the [eV;MeV] energy range, modelling of the neutron induced reactions are based on nuclear reacti...
The nuclear research and development community has a history of using both integral and differential...
Two distinct methods of propagation for basic nuclear data uncertainties to large scale systems will...
An overview is presented of the analysis code SAMMY, used for evaluation and analysis of time-of-fli...
The existence of general measures for the covariance matrices of the evaluated data uncertainties ob...
An extensive set of covariances for neutron cross sections has been developed to provide initial, lo...
With the advent of modern nuclear reaction modeling codes, it has become possible to produce evaluat...
International audienceThe development of tools for nuclear data uncertainty propagation in lattice c...
Results of neutron time-of-flight measurements are commonly used to parameterize neutron induced rea...
A data format for time-of-flight spectra (transmission, reaction and self-indication yields) and the...
Abstract. The generation and use of data covariance matrices are discussed within the context of the...
Although the importance of covariances has been recognized by the nuclear community, there appears t...
The growing need for covariance information to accompany the evaluated cross section data libraries ...
In the last decade or so, estimating uncertainties associated with nuclear data has become an almost...
International audienceThe necessary improvement of evaluated nuclear data for nuclear applications d...
In the [eV;MeV] energy range, modelling of the neutron induced reactions are based on nuclear reacti...
The nuclear research and development community has a history of using both integral and differential...
Two distinct methods of propagation for basic nuclear data uncertainties to large scale systems will...
An overview is presented of the analysis code SAMMY, used for evaluation and analysis of time-of-fli...
The existence of general measures for the covariance matrices of the evaluated data uncertainties ob...
An extensive set of covariances for neutron cross sections has been developed to provide initial, lo...
With the advent of modern nuclear reaction modeling codes, it has become possible to produce evaluat...
International audienceThe development of tools for nuclear data uncertainty propagation in lattice c...