The experimental nuclear reaction database EXFOR contains almost no covariance data because most experimentalists provide experimental data only with uncertainties. With the tool described here a user can construct an experimental covariance matrix from uncertainties using general assumptions when uncertainty information given in EXFOR is poor (or even absent). The tool is publically available in the IAEA EXFOR Web retrieval system [1]
In this paper, the AGS (Analysis of Generic TOF_Spectra) system is described. The AGS system has bee...
The growing need for covariance information to accompany the evaluated cross section data libraries ...
Abstract. Covariance data are required to correctly assess uncertainties in design parameters in nuc...
The experimental nuclear reaction database EXFOR contains almost no covariance data because most exp...
Abstract. The experimental nuclear reaction database EXFOR contains almost no covariance data becaus...
Compilation of experimental uncertainty and covariance information in the EXFOR Library is discussed...
A data format for time-of-flight spectra (transmission, reaction and self-indication yields) and the...
In the last decade or so, estimating uncertainties associated with nuclear data has become an almost...
Compilation of experimental uncertainty and covariance information in the EXFOR Library is discussed...
The python program ARIADNE is a tool developed for evaluators to estimate detailed uncertainties and...
Although the importance of covariances has been recognized by the nuclear community, there appears t...
Abstract. The generation and use of data covariance matrices are discussed within the context of the...
This paper reports on the generation and testing of the covariance matrix associated with the resona...
Covariance evaluations at the China Nuclear Data Center focus on the cross sections of structural ma...
The NCSP is a comprehensive program established to help assure continued safe, efficient operations ...
In this paper, the AGS (Analysis of Generic TOF_Spectra) system is described. The AGS system has bee...
The growing need for covariance information to accompany the evaluated cross section data libraries ...
Abstract. Covariance data are required to correctly assess uncertainties in design parameters in nuc...
The experimental nuclear reaction database EXFOR contains almost no covariance data because most exp...
Abstract. The experimental nuclear reaction database EXFOR contains almost no covariance data becaus...
Compilation of experimental uncertainty and covariance information in the EXFOR Library is discussed...
A data format for time-of-flight spectra (transmission, reaction and self-indication yields) and the...
In the last decade or so, estimating uncertainties associated with nuclear data has become an almost...
Compilation of experimental uncertainty and covariance information in the EXFOR Library is discussed...
The python program ARIADNE is a tool developed for evaluators to estimate detailed uncertainties and...
Although the importance of covariances has been recognized by the nuclear community, there appears t...
Abstract. The generation and use of data covariance matrices are discussed within the context of the...
This paper reports on the generation and testing of the covariance matrix associated with the resona...
Covariance evaluations at the China Nuclear Data Center focus on the cross sections of structural ma...
The NCSP is a comprehensive program established to help assure continued safe, efficient operations ...
In this paper, the AGS (Analysis of Generic TOF_Spectra) system is described. The AGS system has bee...
The growing need for covariance information to accompany the evaluated cross section data libraries ...
Abstract. Covariance data are required to correctly assess uncertainties in design parameters in nuc...
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