Irradiation experiments are being performed for the US Nuclear Regulatory Commission (NRC) Heavy Section Steel Technology (HSST) program. Results of dosimetry performed in the second experiment have been previously reported. Similar procedures were followed in the third experiment. The experiences gained in these two experiments have led to modifications in the composition and distribution of foil dosimeters which monitor the neutron flux-spectra in the irradiated steel specimens. It is expected that in the new experiments much higher accuracies than previously possible can be achieved in the determination of irradiation damage parameters
The Fusion Materials Irradiation Test (FMIT) facility, currently under construction, is designed to ...
A newly constructed remotely accessible shielded cell is available at the Missouri University of Sci...
This study was conducted to determine absorbed dose, dose-equivalent rates, and neutron spectra insi...
"ORNL/TM-8789.""NUREG/CR-3333.""Date published--July 1983."Distributed to depository libraries in mi...
For the German project "Forschungsvorhaben Komponentensicherheit" (FKS, i. e., Structural Integrity ...
One of the objectives of the Dosimetry and Damage Analysis Center is to provide standardized dosimet...
textThe effects of neutron displacement damage on materials are sensitive to neutron energy spectra....
The spectrum adjustment procedure was extended to simultaneous neutron and gamma spectrum adjustment...
The Health Physics Research Reactor (HPRR), used unshielded, with a 12-cm-thick Lucite shield or a 1...
The investigation objects are the photons arising at radiation capture of the neutrons on tye nuclei...
ABSTRACT During the next decade experiments will be performed at a number of neutron sources in an e...
An activation-foil method was used to obtain the energy spectrum of the prompt-neutron flux at the M...
In the field of radiation effects in materials, a detailed and precise description of the radiation ...
The postulate that the average number of lattice displacements is directly proportional to the avail...
The Heavy-Section Steel Irradiation (HSSI) Program has been established with its primary goal to pro...
The Fusion Materials Irradiation Test (FMIT) facility, currently under construction, is designed to ...
A newly constructed remotely accessible shielded cell is available at the Missouri University of Sci...
This study was conducted to determine absorbed dose, dose-equivalent rates, and neutron spectra insi...
"ORNL/TM-8789.""NUREG/CR-3333.""Date published--July 1983."Distributed to depository libraries in mi...
For the German project "Forschungsvorhaben Komponentensicherheit" (FKS, i. e., Structural Integrity ...
One of the objectives of the Dosimetry and Damage Analysis Center is to provide standardized dosimet...
textThe effects of neutron displacement damage on materials are sensitive to neutron energy spectra....
The spectrum adjustment procedure was extended to simultaneous neutron and gamma spectrum adjustment...
The Health Physics Research Reactor (HPRR), used unshielded, with a 12-cm-thick Lucite shield or a 1...
The investigation objects are the photons arising at radiation capture of the neutrons on tye nuclei...
ABSTRACT During the next decade experiments will be performed at a number of neutron sources in an e...
An activation-foil method was used to obtain the energy spectrum of the prompt-neutron flux at the M...
In the field of radiation effects in materials, a detailed and precise description of the radiation ...
The postulate that the average number of lattice displacements is directly proportional to the avail...
The Heavy-Section Steel Irradiation (HSSI) Program has been established with its primary goal to pro...
The Fusion Materials Irradiation Test (FMIT) facility, currently under construction, is designed to ...
A newly constructed remotely accessible shielded cell is available at the Missouri University of Sci...
This study was conducted to determine absorbed dose, dose-equivalent rates, and neutron spectra insi...