In development for over two decades, the SOURCES computer code calculates neutron production rates and spectra from four types of problems: homogeneous media, two-region interfaces, three-region interfaces and that of a monoenergetic alpha particle beam incident on a slab of target material. In terms of file structure, SOURCES consists of a usercreated input file (tapel), several data files (tapes 2-5) and up to six output files (outp, outp2, and tapes 6-9). SOURCES was recently upgraded from version 4A to version 48 when the code's decay data library, tapeti, was updated for 44 of the 105 available decay sources. The new version provided spontaneous fission information for 252Cf and alpha decay data revisions for 43 isotopes and isomers ha...
The prompt fission neutron multiplicity and spectra of actinides are nuclear data of crucial importa...
The Defense Land Fallout Interpretive Code (DELFIC) was originally released in 1968 as a tool for mo...
International audienceRadioprotection measures needed in the nuclear fuel cycle require accurate kno...
SOURCES 4A is a computer code that determines neutron production rates and spectra from ({alpha},n) ...
In many systems, it is imperative to have accurate knowledge of all significant sources of neutrons ...
Studsvik’s approach to spent nuclear fuel analyses combines isotopic concentrations and multi-group ...
To allow new experimental data and improvements in evaluation procedure to be used in a timely manne...
This project addresses three important gaps in existing evaluated nuclear data libraries that repres...
An IAEA Data Development Project was initiated to provide a mechanism for allowing new experimental ...
Improvements have been made to the nuclear data standards largely as a result of an IAEA Data Develo...
It is standard practice for nuclear data files to include tabulated data for distinct reaction chann...
Extensive source terms for beta, gamma, and neutrons following fission pulses are presented in vario...
The CINDER codes and their data libraries are described, and their range of calculational capabiliti...
International audienceComparisons of calculated and experimental isotopic compositions of used nucle...
The Evaluated Nuclear Data File (ENDF) formats and libraries are decided by the Cross Section Evalua...
The prompt fission neutron multiplicity and spectra of actinides are nuclear data of crucial importa...
The Defense Land Fallout Interpretive Code (DELFIC) was originally released in 1968 as a tool for mo...
International audienceRadioprotection measures needed in the nuclear fuel cycle require accurate kno...
SOURCES 4A is a computer code that determines neutron production rates and spectra from ({alpha},n) ...
In many systems, it is imperative to have accurate knowledge of all significant sources of neutrons ...
Studsvik’s approach to spent nuclear fuel analyses combines isotopic concentrations and multi-group ...
To allow new experimental data and improvements in evaluation procedure to be used in a timely manne...
This project addresses three important gaps in existing evaluated nuclear data libraries that repres...
An IAEA Data Development Project was initiated to provide a mechanism for allowing new experimental ...
Improvements have been made to the nuclear data standards largely as a result of an IAEA Data Develo...
It is standard practice for nuclear data files to include tabulated data for distinct reaction chann...
Extensive source terms for beta, gamma, and neutrons following fission pulses are presented in vario...
The CINDER codes and their data libraries are described, and their range of calculational capabiliti...
International audienceComparisons of calculated and experimental isotopic compositions of used nucle...
The Evaluated Nuclear Data File (ENDF) formats and libraries are decided by the Cross Section Evalua...
The prompt fission neutron multiplicity and spectra of actinides are nuclear data of crucial importa...
The Defense Land Fallout Interpretive Code (DELFIC) was originally released in 1968 as a tool for mo...
International audienceRadioprotection measures needed in the nuclear fuel cycle require accurate kno...